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Modernized A-50U AWACS aircraft is delivered to the Russian Air Force
Fernando Valduga By Fernando Valduga 09/22/2023 - 16:00in Military
The United Aircraft Corporation (UAC) delivered to the Russian Air Forces a modernized aircraft of the A-50U Airborne Alert and Control System (AWACS) that will help in the detection of aircraft and missiles launched from Ukraine.
On July 3, 2023, Russian Defense Minister Sergei Shoigu, in a conference call with officers of the Russian Armed Forces, highlighted the need for a rapid modernization of the A-50.
According to the government-controlled RIA Novosti, Shoigu said: “These flying radars are used in special military operations. The timely modernization of the fleet of these aviation complexes will significantly increase the effectiveness of troop groupings in solving the tasks they face."
The upgraded A-50U has undergone a comprehensive modernization, significantly improving its capabilities. This advanced version has the ability to detect and identify new types of aircraft, while tracking a greater number of targets, including hostile fighters, compared to its predecessor. The integration of state-of-the-art equipment resulted in the reduction of the aircraft's weight, thus expanding its flight range and mission durability.
The renewed aircraft features all-new electronic components with improved performance and speed, allowing improved functionality in its software. In addition, the use of larger and higher resolution LCD monitors has greatly improved the efficiency of the radar display system, improving the overall ergonomics of the aircraft to reduce crew fatigue. Notably, the A-50U is now equipped with an advanced flight and navigation system.
Rostec emphasized the vital role of the A-50U long-range surveillance and radar guidance complex in modern combat scenarios. Through this modernization effort, the aircraft received new technical equipment that significantly increases its speed and detection range of air, land and sea targets, thus increasing its effectiveness in combating potential threats. This modernization initiative is aligned with the plan of the state defense order to upgrade the AWACS aircraft fleet.
Concern Vega, operating under Ruselectronics, played a key role in the modernization process, while United Aircraft Corporation's TANTK also contributed to the effort.
Vyacheslav Mikheev, general designer of Concern Vega, said there are plans underway to complete the modernization of another A-50 complex in the near future.
Tags: Military AviationAWACSBeriev A-50UROSTECRussia
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Fernando Valduga
Fernando Valduga
Aviation photographer and pilot since 1992, he has participated in several events and air operations, such as Cruzex, AirVenture, Daytona Airshow and FIDAE. He has work published in specialized aviation magazines in Brazil and abroad. Uses Canon equipment during his photographic work throughout the world of aviation.
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Keep Safety First With Oe Mirror Monitor
Rearview Mirror systems makes up your fleet or personal vehicle less prone to accidents.
While you are driving a car, truck or any vehicle, it is very important to take care of safety measures. It is your duty to think about you and your co-passengers’ safety even click here before you start the trip. Isn’t it time to eliminate backup blind spots and improve visibility dramatically using rear view camera systems?
OE mirror monitor looks very clear unlike some other smart mirrors that I have tried that have a weird blue tint to the glass that made it hard to see. This one has no issues and looks clear. It is amazing to look at the efficiency it produces and how it can manage the images to full, half left, half right with rear view mirror/phone image and rear camera as you would always want. The screen is very bright, thus, it becomes easy to see for the driver.
The Wifi connection available with the mirror provides no delays between iPhone and mirror. You need to modify the installer slightly for perfect fit, mirror monitor gives you a 192 degree view with distortion correction dual view.
Safety With Rearview Camera
When you see a rearview mirror with a backup camera for commercial vehicles, it is used to have you covered with all the safety angles. Install a rearview mirror backup camera that delivers an unobstructed view behind vision from the vehicle even when it’s dark outside. Else you can also replace a standard rearview mirror with one that displays an LCD monitor, as soon as the vehicle is shifted into reverse.
This kit of Rear view mirror includes a nightvision-capable rear view camera and clip-on rear view mirror for your vehicle. The camera installs easily and outputs crystal clear video over an RCA jack. This is small and durable unit that will keep you safe and secure while going around. The mirror also has multiple video inputs so you can hook up a portable DVD player or iPod.
The monitor detects when you back up and it shows the camera on screen. The monitor clips to rear view mirror real easily. When you put your car back in drive, the image disappears, simply your mirror becomes a mirror again. Perfect for backing into tight spots or moving in reverse when visibility is limited, it is great for a person who loves to take precautions.
Video and Automotive Event Recorder
OE mirror monitor is optional with two camera system, it helps in taking safety to the next level with a new second camera option. The second interior or exterior camera can be installed anywhere on the inside or outside of the bus for enhanced visibility and safety. The mirror confirms safe reverse operations with simple replacement of the standard OEM interior mirror.
Our design process generates products that are highly effective in commercial driving situations. MOR-Vision helps to confirm safe reverse operations with simple replacement of the standard OEM interior mirror. These cool devices are sturdy, weatherproof rear view camera and monitor kits featuring night vision.
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Agriculture Robots Industry: Transforming Farming Through Autonomous Innovation
The Agriculture Robots Industry is redefining how modern agriculture operates, enabling farmers to achieve higher productivity, sustainability, and precision. With continuous advancements in robotics, artificial intelligence, and sensor technologies, this industry is introducing automation into labor-intensive and time-consuming agricultural tasks. As of 2023, the global industry is valued at USD 10.5 billion and is expected to exceed USD 39.2 billion by 2030, growing at an impressive CAGR of 20.4%.
Evolving Landscape of the Agriculture Robots Industry
Driven by global food security challenges, climate change, and labor shortages, the agriculture robots industry is witnessing rapid innovation across several areas:
Use of autonomous drones for real-time crop mapping
Deployment of robotic arms and sensors in greenhouse farming
Advancements in AI-driven decision-making platforms
Expansion of precision agriculture tools to small and medium farms
Increased use of machine learning for yield optimization and disease detection
These developments signal a transformative phase in agriculture where robotics are not just tools—but core systems in farm operations.
Industrial Segmentation
By Technology
Navigation systems, GPS, and machine vision technologies are being embedded into robots for better autonomy and decision-making.
AI and deep learning are used to predict crop diseases, soil moisture levels, and yield cycles with high accuracy.
By Robot Type
Driverless tractors and agricultural drones dominate the industry due to their scalability.
Milking robots, harvest robots, and weed control bots are becoming standard in livestock and field crop management.
By Service Type
On-demand robotics-as-a-service (RaaS) models are emerging, especially in regions where capital-intensive investment is a barrier.
Subscription-based software tools help manage fleets of farming robots remotely via smartphones or control systems.
Industry Use Cases
Smart orchards are using robotic harvesters to pick fruits without bruising.
Vertical farms utilize robotic arms for seeding, irrigation, and monitoring.
Livestock farms deploy robotic milkers and feeders, improving hygiene and yield consistency.
Cereal and grain producers benefit from autonomous planting, spraying, and harvesting solutions.
Competitive Landscape
The industry comprises a mix of established equipment manufacturers, robotics startups, and software firms. Key industry players include:
Deere & Company
AGCO Corporation
Trimble Inc.
Naïo Technologies
Harvest Automation
ecoRobotix
AgEagle Aerial Systems
Autonomous Solutions Inc.
Lely Holding S.a.r.l
Agrobot
These companies are leading the charge in automation by blending traditional machinery with intelligent systems.
Regional Industry Highlights
North America remains a hub for robotic R&D and smart equipment deployment.
Asia-Pacific is emerging as a powerhouse, driven by growing food needs, urbanization, and support from governments.
Europe emphasizes sustainability and environmental protection, adopting cadmium-free and energy-efficient robotics.
Latin America and Middle East & Africa are expanding through partnerships with global suppliers and smart agri-projects.
Conclusion
The agriculture robots industry stands as a cornerstone in the evolution of digital farming. By merging automation, AI, and machine learning, it empowers farmers to meet rising food demands while conserving resources. This industry not only improves efficiency but also reshapes how food is grown, harvested, and delivered—making it a critical enabler of the future of agriculture.
Trending Report Highlights
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to 'stella maxwell, re.JMB affairs locally, so they introduced the paper-based security registries, ignoring the CCTV and electronic payslip servers of Greece and greek dot GR domain. [A] one of the registries by law says how many security posts, and their type, and team tangos do not understand P1 and P2 and P3 and P4 and P5, as described inside the Security Plan which we never seen nor read, eventhough Law says we should had. it's been kept at cashiers desk, where TWO of the six cashiers chiefs are also Security licensed, all employees of JMB, same dot GR payslip domain, and PDF email monthly. when we arm the shop at night there are THREE partitions and the PANIC button is the sabotage technical 3rd partition, such as also at Hornbach shop north, so not a BRV or a JMB specific. the shop floor the cashiers safe-house, the sabotage panic button, plein and simple. dispatch either Bucharest front-desk, or Prahova servers, linked fiber over mountains, biensur. when writing inside that P1 and P2, then handing over to next one coming, it's about cosigns and seen as all registries on the table at the Gateways of the premises, thus the plant, the factory main entry gates, not the backyard utility gates and that P2 security fix post (boy fella willing to write down the next day he be returning to work, and leaving the premises by using the interior intercom short three or four digit fix phone post, saying all ok and leaving at end of job for the shift day, so not walking the whole Roman Inc premises back and forth just so to write down he enters the shift) [B] another says of real-events to be written down. this one usually is the tricky one, no security boy fella willing to write down and sign off such events noted and observed inside the premises. Police might also be willing to read inside this one, once in a while, as they usually DO when at the Airport searching inside your smartphone for whatever.. wasting your time upon arriving, and luggage retrieval. real-events were in the past those looked for by Govt paid agencies. Intel SRI was tracing the 'combustibili gestionati in regie proprie. MILK Prodlacta Inc was revealing underground tankers for lorries fleet of raw milk collection. they were in the past monitored by SRI Intel for petrol management, hectolitres. and when electronic plastic card introduced and lorries mandatory sent to petrol stations, and electronic registries opened, Intel SRI no longer tracing those, up until 2012, when commies of Chisinau and Balti bought the shares and entered the joint-venture, and thus cross-borders fleet of IVECO raw milk tankers three times a week, and again Intel SRI interested into tracing MILK Prodlacta Inc. JMB reveals the two power plants for instant relay should power outage. one encased and on batteries, and re-charging batteries room, another outside, a caterpillar just like Exelia SanPaolo Bank at the BBP 500 meters away of JMB. during chilling days, those exterior caterpillar generators use automatically petrol to keep certain components at running times and latencies over main power failsafe relay. our leaves of rest happen during hot days, and by september until february almost nobody at security team tangos on leave of rest whatsoever. usually those petrol 80 litres petrol tankers used by caterpillar generators are never observed by SECURITY team tangos, just the XO and Shop Manager mebbe. yet if red LED for more than 48h, then it should be written down inside the events registry at Security desk, it SHOULD, never is. another EVENT is linked to the Treasury, currency counter-fitting, xerox, and electronic transactions. again same Intel SRI tracing and tracking just like the CIA when abroad operations, over banknotes serials registries, the damaged paper-notes. so the invoicing printers and glass LCD screens used by PAX to print the BILL used by legal entities, if damaged by PAX due to forceful punching the screen (touch sensitive, or lacking the keyboard), SHOULD be written down as EVENT, though never is, nor it BE, ever. mind Part2. m
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Diesel Flow Meter Manufacturers
Introduction
Fuel usage is the heartbeat of any operation that runs on diesel — whether it’s a truck fleet, a mining site, or a fuel station. Accurate diesel measurement isn't just about keeping records — it’s about saving money, reducing waste, and keeping operations efficient. That’s why Fluidyne’s diesel flow meter manufacturer are trusted across industries.
Introduction to Fluidyne
Overview of Fluidyne Control Systems
Fluidyne is a pioneering Indian manufacturer of high-precision fluid management systems. From flow meters to fuel automation, their solutions are engineered for industries that demand performance, durability, and accuracy.
Core Expertise in Fluid Measurement Technology
Backed by decades of experience, Fluidyne focuses on flow metering and dispensing systems for diesel, petrol, AdBlue, and other industrial fluids — catering to both small operators and large enterprises.
What is a Diesel Flow Meter?
A diesel flow meter is a device that measures the volume of diesel fuel passing through it, typically in liters or gallons. It's essential for accurate billing, inventory control, and efficiency monitoring.
Industries That Use Diesel Flow Meters
Transportation & Logistics
Mining & Construction
Oil & Gas
Agriculture & Marine
Why Choose Fluidyne Diesel Flow Meters?
Precision Engineering
Fluidyne meters offer ±0.5% or better accuracy, ensuring you measure every drop of diesel accurately — critical when dealing with high-value fuel.
Trusted by Major Sectors
Used by government utilities, transport fleets, and private oil retailers, Fluidyne's meters are built to meet industrial-grade standards.
Proven Track Record
With installations across India, Africa, and the Middle East, their meters have stood the test of time and terrain.
Types of Diesel Flow Meters by Fluidyne
Mechanical Diesel Flow Meters
Classic, reliable, and low-maintenance — these are ideal for remote areas and manual operations.
Digital Diesel Flow Meters
With backlit displays, real-time monitoring, and preset volume dispensing, these are suited for automated fueling stations.
Oval Gear Diesel Flow Meters
For high-viscosity diesel and accurate batching, oval gear meters deliver top-notch precision.
Electromagnetic Flow Meters
Though uncommon for diesel, Fluidyne also offers specialized magnetic meters for niche applications.
Comparison of Flow Meter Types
TypeAccuracyIdeal ForMaintenanceMechanical±1%Rural, Manual SitesLowDigital±0.5%Retail, IndustrialModerateOval Gear±0.2%Precision RefuelingLowElectromagnetic±0.3%Special FluidsModerate
Key Features of Fluidyne Diesel Flow Meters
Robust Metallic Construction for outdoor and harsh environments
LCD or LED Displays with totalizer and batch readings
Real-Time Data Integration with SCADA or ERP
Customizable Calibration Settings
Explosion-Proof Options Available
Applications Across Industries
Transport and Logistics
Manage every liter dispensed to trucks, reducing fuel theft and improving record accuracy.
Construction and Mining
Diesel usage in excavators and loaders is huge — Fluidyne meters help track it in real-time.
Fuel Depots and Retail Stations
Ensure regulatory compliance and accurate billing with commercial-grade meters.
Marine and Defense
From patrol boats to coastguard ships, accurate diesel metering is a mission-critical task.
Technological Innovations by Fluidyne
IoT Integration
Fluidyne meters can transmit data via cloud-based monitoring systems, allowing centralized fuel tracking.
Remote Monitoring via GSM/GPRS
Stay updated with SMS or web dashboards about diesel consumption and meter health.
Smart Dispensing Systems
Pre-program diesel volume to auto-shutoff after dispensing — ideal for fuel depots and bunkering stations.
Manufacturing Excellence
In-House Design and Calibration
All meters are designed and tested in-house using master calibrators and gravimetric testing systems.
ISO Certifications and Quality Assurance
Fluidyne adheres to ISO 9001 standards, ensuring consistency in quality and performance.
Custom Solutions
From dual-line outputs to multi-nozzle systems, Fluidyne designs solutions around your needs.
How to Select the Right Diesel Flow Meter
Determine Flow Rate – Choose a meter that suits your pump capacity.
Fuel Type and Viscosity – Diesel is medium-viscosity; choose suitable materials.
Installation Space – Inline, vertical, or wall-mounted options available.
Automation Needs – Go digital if you need data integration.
Maintenance and Support
Simple Cleaning and Calibration
Annual Service Contracts Available
24/7 Technical Support via phone or onsite visits
Quick Access to Spares and Accessories
Competitive Advantages
Designed & Made in India
Global Export Standards
Cost-effective Compared to Imports
Strong After-Sales Network
Real-World Use Case
A major logistics fleet operator in Maharashtra installed Fluidyne diesel meters across their depots. Result?
30% drop in unaccounted diesel
15% savings on overall fuel budget
Instant access to reports for fleet managers
Comparison with Other Diesel Flow Meter Brands
BrandAccuracyCostSupportCountryFluidyne±0.5%$$India-WideIndiaTCS±0.2%$$$$LimitedUSAPIUSI±1.0%$$$ModerateItalyFill-Rite±1.0%$$$LowUSA
Fluidyne strikes the perfect balance between performance, price, and local support.
Conclusion
When it comes to diesel flow measurement, accuracy isn't optional — it’s essential. With Fluidyne’s advanced diesel flow meters, you're not just measuring fuel — you're measuring efficiency, savings, and control. Whether you manage a fleet, run a construction site, or operate a fuel depot, Fluidyne is your go-to partner for dependable, high-performance flow metering.
FAQs
1. Are Fluidyne diesel flow meters explosion-proof? Yes, models with ATEX and flameproof ratings are available for hazardous zones.
2. Can they handle high flow diesel pumps? Absolutely. Fluidyne meters are available for flows up to 300 LPM or more.
3. Are they approved for commercial fuel dispensing? Yes, they comply with Weights & Measures Department standards where applicable.
4. What is the warranty period? Typically, 12 months, with extended warranty plans available.
5. Can I get a digital + mechanical combo? Yes, Fluidyne offers hybrid models with mechanical totalizers and digital readouts.
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What is a diesel flow meter?

Where diesel fuel is mission-critical, in transportation, construction, logistics, and agriculture, there is a serious need to accurately measure consumption. A diesel flow meter is a measurement meter to measure the quantity or rate of diesel fuel in transit or consumed. From fuel consumption measurement by fleets to fuel storage tank measurement, the meter plays a significant role in saving money, making it more efficient, and accurate billing or stock control.
In this article, we’ll explore what a diesel flow meter is, how it works, its types, and the benefits it offers across various industries.
Understanding the Diesel Flow Meter
The diesel flow meter is an electric or mechanical gauge that provides a reading of the quantity of diesel flowing through a fuel dispensing device, hose, or pipe. They are utilized in trying to operate equipment such as boats, gas pumps, diesel generators, tankers, and machinery.
The primary application of a diesel flow meter is the delivery of accurate measurement of diesel fuel in fuel consumption optimization, fuel consumption monitoring, and fuel consumption control. It is utilized most effectively in cost saving, environmental conservation, and business efficiency improvement.
How Does a Diesel Flow Meter Work?
Principle behind diesel flow meter operation will be based on what type of flow meter it is, but the principle remains the same—calculates flow rate by knowing how much fuel passes through a chamber.
Examples of diesel flow meters most often utilized are:
1. Mechanical (Positive Displacement) Flow Meters
These meters use floating internal parts such as pistons or gears to measure fluid. They take one turn to gauge a nominal volume of liquid. They are highly accurate and precise, particularly in the case of constant flow.
2. Turbine Flow Meters
Turbine meters have a revolving turbine blade located in the diesel flow path. The rotation is directly proportional to diesel speed, and the flow rate is read by sensors.
3. Digital or Electronic Flow Meters
Digital flow meters utilize LCD or LED displays and typically consist of features like flow rate, total quantity, temperature compensation, and recording. They are also utilized in commercial fuel dispensers and next-generation industrial installations.
Applications of Diesel Flow Meters
Diesel flow meters find applications in industries and applications as:
Fleet Management: Monitor diesel fuel consumption of trucks and buses to make them fuel efficient.
Agriculture: Monitor tractors, harvesters, and irrigation pumps' diesel fuel usage.
Construction: Monitor heavy equipment fuel consumption of bulldozers and excavators.
Fuel Distribution: Monitor retail stations and bulk dispensing of diesel fuel properly.
Marine & Aviation: Monitor boats and ground support equipment's fuel usage.
Benefits of Having a Diesel Flow Meter
There are many benefits of buying a diesel flow meter:
Precise Fuel Monitoring: Avoids under- and over-dispensing of diesel.
Fuel Sparing: Saves fuel and prevents wasteful consumption of fuel.
Inventory Monitoring: Tracks fuel inventory and refilling cycle.
Efficiency in Operation: Maximizes industrial equipment and generator fuel usage.
Prevents Fuel Theft: Ideally suited for fuel sensing and fuel theft.
Conclusion
A diesel flow meter is an effective device for any organization that consumes huge quantities of diesel fuel. Whether it is a fuel depot, fleet, or heavy equipment company, this meter provides real-time information, accuracy, and control over fuel consumption.
With all the models and technology available which you can implement, you will need to select the most suitable type of flow meter that will best suit the level of operation and conditions that you want to achieve. Not only is this less expensive in terms of saving fuel cost, but this will also allow you to have better control over your fuel management system.
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A Complete Guide to Digital Flow Meters: Accurate Measurement in the Digital Age
In today's data-driven world, precise measurement and control of liquid flow is crucial across industries—from automotive and aviation to agriculture and manufacturing. One innovative solution revolutionizing the way fluids are monitored is the Digital Flow Meter.
These compact, tech-enhanced devices are quickly replacing traditional analog systems. Offering greater accuracy, digital displays, and seamless integration with smart monitoring systems, digital fuel flow meters have become the backbone of modern fuel management.

What is a Digital Flow Meter?
A Digital Flow Meter is an electronic device that measures the volume or mass of a fluid (typically liquids like water or fuel) as it passes through a system. Unlike mechanical meters, digital models utilize sensors and microprocessors to provide precise, real-time data displayed on easy-to-read screens.
These meters are used in:
Fuel dispensing systems
Industrial fluid management
Agricultural irrigation systems
Water treatment plants
By minimizing human error and offering data logging capabilities, they help streamline operations and reduce waste.
Why Use a Digital Fuel Flow Meter?
When it comes to tracking fuel consumption, Digital Fuel Flow Meters offer unmatched benefits:
High Accuracy: They offer precise measurement within ±0.5%, which is essential for cost control.
Real-Time Monitoring: Display screens and connectivity options allow for instant feedback.
Low Maintenance: With fewer moving parts than mechanical meters, maintenance needs are drastically reduced.
Data Integration: Advanced models can connect to IoT systems for remote monitoring and automated reporting.
These features make them ideal for use in fleet management, construction, logistics, and marine industries.
Real User Experiences
"After switching to a digital fuel flow meter, our fleet's fuel tracking became incredibly streamlined. No more manual logs—just plug and play." — James T., Logistics Manager
"We saved thousands by detecting small leaks early, thanks to real-time data from our digital flow meters." — Priya R., Operations Head, Water Treatment Facility
Key Features to Look For
When selecting a digital fuel flow meter, consider the following:
Flow Range Compatibility: Ensure it supports the specific volume of fluid your system handles.
Material Durability: Stainless steel and corrosion-resistant polymers are best for long-term use.
Display Type: Look for large, backlit LCDs for readability in low-light environments.
Communication Protocols: Choose meters with Bluetooth, RS-485, or Modbus for system integration.
Battery Life: Industrial versions often run for years on a single set of batteries.
Frequently Asked Questions
Q1: Are digital flow meters only for industrial use? Not at all. While widely used in industries, they’re also suitable for residential and agricultural applications, especially where precision and automation are required.
Q2: Can I install a digital flow meter myself? Many models are designed for easy, inline installation. However, professional setup is recommended for large-scale systems or where integration with software is needed.
Q3: How long do digital fuel flow meters last? With proper maintenance and quality materials, they can last up to 10 years, depending on usage and environmental conditions.
Q4: Do these meters require calibration? Yes, periodic calibration ensures continued accuracy. Many digital meters include automatic calibration prompts or alerts.

The Future of Fluid Measurement
With increasing demand for data transparency and operational efficiency, Air Operated Diaphragm Pump are poised to become standard in all sectors involving fluid transfer. From improving environmental compliance to enhancing fuel economy, these devices are shaping a smarter, more efficient future.
Whether you're overseeing an industrial plant, managing a vehicle fleet, or optimizing a farm irrigation system, investing in a digital fuel flow meter can bring you one step closer to operational excellence.
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How to Read Odometer on Car Accurately?

Retrieving accurate information about automobiles is crucial in every aspect of it, especially when it’s about odometer data. The continued evolution of the odometer since it was first invented changed the characteristics of this device and, therefore, its usage, importance, and general impact it carries. The evolutionary road is quite long and interesting. The invention of such a device dates back to the 15th century by Vitruvius, a Roman architect and engineer. The later version was invented in 1854 by Nova Scotia’s Samuel McKeen. Surely, from today’s perspective, it is also considered an early version of the device that we know.
Nowadays, we know the device with its advanced technologies, digital displays, and GPS-based systems. Technological advancement provides not only accuracy but also advanced features such as trip planning and navigation. All these features make this component an integral part of the automobile.
Now, let’s examine the dashboard of your automobile, identify the odometer, and read out mileage data. This is really useful and necessary in many ways. If you’re not good at these things, don’t worry; below, we will discuss this topic in greater detail.
How to read odometer?
To read the odometer accurately, first look at the instrument cluster to find where it is located, then look at the digital display ( LED or LCD screens). Miles are presented in numeric digits. For example, if the screen shows 95123, it means that the total miles driven are 95,123 miles or kilometers. Different countries have different measurement systems. In the US and UK, distance is measured in miles, and in most other countries, in kilometers.

How to Convert Miles to Kilometers (kilometers to miles)
To convert one unit to another, firstly, you should know that a kilometer is 0.62 of a mile, and a mile is 1.609344 kilometers. To convert miles to kilometers, multiply the number of miles by 1.609344 for example, 16 miles=16*1.609344=25.749504. Conversely,if we want to convert kilometers to miles, we should divide the number of kilometers by 1.609344 or multiply the number by 0.6214 (1km=0.6214 miles), for example, 20km=20*0.6214=12,428 miles.
Do not miss the trip meter
Digital odometers also feature a trip meter, which is used for tracking specific trips. It can be reset after every trip by holding a button for a few seconds. This helps record the distance from A to B points during the journey. It serves informational purposes, for instance, when you want to determine how much fuel you need for a particular distance. In short, it helps you determine fuel efficiency.
Let’s return to the total mileage reading and discuss the overall impact and importance of this aspect for individuals and groups.
Why knowing your odometer reading is important
Knowing mileage reading is always crucial for every car owner for several reasons:
It helps to follow the maintenance schedule and plan regular maintenance such as oil changes or tire rotations.
Mileage data greatly influences insurance rates. You need to report mileage data correctly to avoid additional insurance charges, as these companies always check this aspect thoroughly.
Mileage information has an impact on resale value.
The higher the mileage, the higher the chance that it depreciates quickly because there’s a high chance that a high-mileage vehicle will have mechanical issues sooner than a lower-mileage counterpart. However, the topic is not unambiguous. It depends on the other circumstances at the end of the day.
Knowing accurate reading is more impactful than you expect
Obtaining accurate data isn’t only important for individuals, it is also impactful for fleet management, car leasing, environmental impact assessment, used car purchases.
Fleet management: Businesses efficiently use odometer readings to track vehicle usage, schedule maintenance, and manage operating costs. Correct information lets fleet managers plan efficient routes and monitor driver behavior. They use the data in combination with their software, so companies get improved efficiency, vehicles with extended lifespans, cost-effectiveness, and better productivity.
Car leasing: Mileage data is crucial in car leasing agreements. These contracts usually set mileage limits, and exceeding these limits can result in additional charges. In general, awareness of how mileage figures affect lease conditions will help you make informed decisions about whether the particular agreement is worthwhile for you.
Environmental impact assessment: Odometer data can help assess a vehicle’s environmental impact. When you track mileage, you can estimate fuel consumption and carbon emissions. If you care a little about the environment and want to make the world a better place, you can contribute by helping individuals and businesses reduce their carbon footprint. Knowing your vehicle’s mileage can help you make more sustainable decisions.
Used car purchases: Mileage is a significant factor in assessing the general condition of the used automobile. Hence, customers pay close attention to this information, and the correctness of the information is decisive. Unfortunately, inaccurate data is a very widespread problem that harms the used car market.
In the following paragraph, we will discuss reasons behind misleading data, when it is incorrect and what makes it unreliable.
Can odometer reading be misleading?
Yes, odometer readings can be misleading for several reasons: Digital malfunction can cause an incorrect odometer reading. While the digital odometer is an advanced system in modern vehicles, it may sometimes have problems such as software bugs, electrical issues, screen malfunctioning, etc.
Replacements/repairs. Sometimes, it’s necessary to replace the odometer; new odometers are always set to zero unless it is programmed accordingly. The same should be applied to the repaired odometer must be calibrated accurately to ensure it records mileage correctly. It’s not only about what kind of repair or replacement is done, it’s about how it’s done and who does that. For example, is it an authorized service center that manages the process? Is record keeping done properly or not? Those are the potential risks you may come across if you are not mindful enough.
It’s not only about mileage data. If the vehicle has undergone many repairs and issues, it is not estimated as an acceptable variant when choosing an optimized used car to purchase. In this case, mileage figures, even if they are low, can be considered misleading when judging the general condition of the automobile.
Actual danger of odometer fraud. Mileage information can be misleading in the strictest sense if we consider the fact that millions of individuals became the victims of odometer fraud—the practice of resetting or altering an odometer with a fraudulent purpose.

What are the popular tools for tampering with odometer?
Rollback tools are the most popular devices for rolling back odometers. They are capable of altering the data even in digital odometers. However, fortunately, most of these devices have one big fault: they do not alter data in other control units. So, altered information is easily detectable with a help of diagnostic devices.
Altering data doesn’t always mean that the goal is to deceive potential buyers. Sometimes, individuals wish to test their automobile performance without counting additional miles. For that purpose, the German manufacturer offers an innovative device called a Mileage blocker.
Odometer Mileage Blocker
A Mileage blocker is an incredible device that can halt the mileage recording process from all control units. It is outstanding because no one can trace the mileage that was stopped while using the module. Another big advantage is that it doesn’t cause flaws in the Can Bus system, so you enjoy peace of mind when using the device. It is installed behind the speedometer. DIY instructions will ensure that you can install the device on your own.
The manufacturer strictly recommends against using the device on public roads. You should test the automobile and this incredible device only in testing mode in a controlled environment. Unfortunately, many people use the device’s untraceable effect for malicious purposes. We promote using the module for purposes that won’t harm any party and won’t humiliate potential buyers’ rights.
Takeaway
As can be seen, mileage data is of great importance for various reasons. It is very crucial to obtain correct and accurate data to have a good knowledge of the upcoming maintenance of the automobile. Furthermore, it helps to have a close eye on the depreciation of the vehicle and control resale value.
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Exploring the Luxurious Fleet Options Available with Carey Car Service
When it comes to elevating your travel experience in Boston, opting for a luxurious car service is the ultimate way to arrive in style and comfort. Whether you're a discerning business traveler seeking a reliable and prestigious ride to a meeting or a tourist wanting to explore the city in elegance, Carey Car Service stands out as the perfect solution. Trusted source for all things travel, proudly partners with Carey Car Service to offer you an unparalleled selection of luxury vehicles in Boston. This blog delves into the exquisite fleet options available with Carey, ensuring you make the perfect choice for your specific needs.
Unveiling the Elegance Carey Luxurious Fleet
Carey Car Service boasts a diverse fleet of meticulously maintained vehicles, meticulously crafted to cater to every travel preference. Each car embodies a blend of cutting-edge technology, captivating designs, and unmatched comfort, guaranteeing an unforgettable journey. Here's a closer look at some of their most sought-after options. For those seeking an understated yet undeniably luxurious experience, Carey Black Cars are the ideal solution.
This fleet comprises a selection of high-end sedans like the Audi A8, Mercedes-Benz S-Class, and BMW 7 Series. These vehicles are perfect for business travelers who value a professional and sophisticated ambiance, or for couples seeking a romantic evening out. Spacious interiors, plush leather seating, and advanced climate control systems ensure a comfortable and stress-free ride.
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Carey's sedan and SUV fleet offers a comfortable and stylish way to travel, perfect for individuals or small groups. With a capacity to accommodate up to 3 passengers and 3 bags, these vehicles are ideal for airport transfers, corporate events, or social gatherings.
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The Carey Luxury MPV is a safe and efficient alternative to sedans and SUVs, accommodating up to 6 passengers and 8 bags. This vehicle features comfortable row seating, ample storage space, and luxurious amenities such as rear and middle passenger seat power points, complimentary Wi-Fi, and tinted rear windows for privacy.
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For larger groups, Carey's Limo Bus is the perfect solution. With a capacity to accommodate up to 24 passengers and 4 bags, this vehicle features plush, wrap-around seating, LED track lighting, and luxurious finishes. Standard amenities include a stockable wet bar, ice chest, and beverage glasses, as well as a large screen LCD monitor with stereo surround sound.
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Beyond the impressive fleet, several factors elevate Carey Car Service as the preferred choice for luxury transportation in Boston:
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Ford Pro expands charging solutions with new lineup of chargers for commercial customers
There are a few things that are certain in Pensacola that you will have to deal with at some point - tree removal and tree trimming. Before you hire a Pensacola Tree Removal Service company you should take into consideration before hiring a tree service company. Some of the things you should consider include: - The type of tree that needs to be removed - The size of the tree - The location of the tree - The condition of the tree If you are unsure about whether or not you need to hire a tree removal company, contact Pensacola Florida Tree Removal for a consultation. We will be able to assess your situation and give you our professional opinion. Ford Pro adds to its charging solutions roster, reveals new Series 2 AC Charging Station 80 amp and expands DC Fast Charger options. (Photo: Ford Pro) Ford Pro, the commercial division within Ford Motor Co., revealed new charging hardware to its suite to help assist commercial customers in transitioning their fleets to electric. The new Series 2 AC Charging Station 80 amp and expanded DC Fast Charger options are designed for commercial vehicle use. Coupled with Ford Pro’s charging management software the solution allows for EV charging of both Ford and non-Ford electric vehicles. Now available for pre-order, the Series 2 AC Charging Station 80 amp comes with features that simplify and help improve the charging experience at the workplace for fleet operators and their drivers including: Enhanced security with RFID that limits unwanted charger access. Detachable cable helps to avoid replacement of the entire charging station if a cable or connector is damaged. Wide range of connectivity options with cellular pre-configured and optional Wi-Fi and Ethernet connectivity. ISO-15118 ready and equipped to enable future functionality over the air such as advanced vehicle-to-charger communications that can identify and log when a specific vehicle connects. New LCD screen displays step-by-step instructions to initiate charging and important information including charge duration, fault alerts, energy usage and more. Temperature sensors to monitor and alert for overheating by derating the charger automatically. Extended operating temperature range of -40 degrees and 122 degrees F. Ford Pro is also revealing extended DC Fast Charger options in 180kWh and 240kWh to offer more power and shortened charge times. Aluminum pedestals feature an improved cable retractor and a sleeker look. The new Ford Pro DC Fast Chargers are available for pre-order now. The post Ford Pro expands charging solutions with new lineup of chargers for commercial customers first appeared on Landscape Management.
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It's been weird so far.
I've had a lot of socialization milestones for the past four years since I started dating around.
One of my personal theories is that queer folks like myself who had to "catch up" with experiencing and consummating desires bear the immaturity that adolescent heterosexual romances have in their teenage years.
Thinking someone being nice to us wants us deeply.
Craving for external validation.
Ignoring obvious red flags.
Unlearning years of self-hatred.
Trying not to transmit our pain to others.
There's a significant part of our identity that we had to postpone for a later time. And it's quite liberating to be around people who is cool with me being gay. That changed me quite a lot.
I learned to be more confident with how I look. I now try to take care of myself. I don't police my behavior as much. People who don't like me because I'm gay is not a "me problem" but a homophobic mindset that shouldn't make me less worthy of respect. Of course, the immature behaviors I mentioned are still here, and I'd like to believe I am managing them better compared to around five years ago.
It just sucks that the past few years made it difficult for me to establish more connections. Getting to know people over virtual interfaces doesn't hold as much weight.
It felt like the postponement period got extended indefinitely.
It's amusing to chart the Venn diagram of connections I made between different social media apps (Twitter, IG, FB). Most are connected via just one platform, while others follow me on all three. There's a part of them that I think I know, but the intimacy is just... not there? Or is it different?
I cannot even say that I am who I am online, because I do not and cannot broadcast every aspect of my being as virtual stimuli that are slaves to business-minded algorithms.
I suppose we make do.
This blog was created as a kneejerk response to a doomsday rumor about Twitter closing down unceremoniously, the place where I share a lot of my fleeting thoughts and personal opinions. I like hearing myself talk, and it helps telling something out loud instead of letting the mind farts bounce around my head like those DVD logos in LCD screens. Some farts hurt more than others, which is why it helps knowing that the smell goes away after a while, and that it is less harmful than what my unreliable brain tells me.
I'm not really sure how often I would write stuff here, and I'm actually surprised I even managed to write this entry. I write grant proposals (i.e. professionally beg) and monitoring reports for a living. It just seems weird that I would do something similar after clocking out for the day.
Yet here we are.
And Twitter is still alive.
I guess I can try writing something here from time to time.
'Til the next one.
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Rostec delivers a new AWACS A-50U aircraft to troops
Fernando Valduga By Fernando Valduga 12/29/2021 - 4:00 pm in Military
AWACS Beriev A-50U aircraft recently delivered to the Russian Aerospace Force.
AWACS Beriev A-50U aircraft recently delivered to the Russian Aerospace Force.
The subsidiaries of the state-owned corporation Rostec - the Vega company of the Ruselectronics conglomerate and Beriev - delivered to the Russian Aerospace Forces a modernized complex for long-range radar aerial surveillance and A-50U orientation.
The radar aircraft can detect fundamentally new types of aircraft and is also able to simultaneously track a greater number of targets and guided fighters than the previous modification.
The aircraft was modernized as part of the implementation of a broad AWACS aircraft fleet renewal program, provided for in a state defense agreement. The modernized A-50U received new electronics with higher performance and speed, which made it possible to increase the capacity of the functional software. The system for viewing the situation in the operator's workplaces has been improved - new large and resolution LCD monitors have been installed. The improved ergonomics of the aircraft is designed to improve tactical crew efficiency.
The aircraft also has a new flight and navigation system. Due to the use of modern and lower weight equipment, flight range and time to carry out combat missions on a given line have increased.
“Early air alert aircraft are flying with the functionality of a command post. The speed of detection and combat of aerial targets of a potential enemy depends on his technical equipment, the performance of the electronic systems installed and the flight characteristics, which is confirmed by the combat experience acquired. We continue to work on modernizing the military A-50 at the A-50U level. This is the seventh system delivered to the troops. We plan to commission the next aircraft in 2023,” said Vyacheslav Mikheev, General Director of the Vega company.
The previous type of AWACS, the A-50 "Mainstay" aircraft, was put into service in 1989. Currently, only two countries are involved in the development of such systems - Russia and the United States.
Tags: Military AviationAWACSBeriev A-50URFSAF - Russian Federation Aerospace ForceROSTEC
Fernando Valduga
Cavok Brazil - Digital Tchê Web Creation
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Maruki palace overanalysis part III
Thanks to @appleyjuiceboy for helping with the insanity, and @goalexstark for requesting. Part I, Part II. Really long post ahead. Lots of feels.
Back into the palace monitoring room, the cables are gone. From this point on, we will encounter six journal pages, four memory rooms, and three will seeds. According to Morgana, Maruki likely never intended the memories to be seen. Will seeds are mini treasures -- aka sources of distortion. While the journal pages, like all diaries, are meant to be private. We have come to the depths of his psyche-- perhaps manifesting beliefs that he is not fully conscious of, or tries to keep hidden from others. And in this second-third of the palace (starting from the cables to the garden puzzle) we also see his systematic view of the world in full force. This will be a long post.
So starting with this first part, we come to a dimly lit corridor with similarly dimly lit rooms full of filing cabinets and mini monitoring rooms with circular stations. In one of the filing cabinet rooms, we find the first journal entry. Before we get into the text, it’s interesting to note that the journals are signified by a mess of papers strewn about, with the metaverse logo sorta watermarked over it. We will see the same sort of mess again in the memory rooms. For someone who is quite calm, organised and systematic, these messes always signal something important or emotional for him. One can imagine Maruki, flustered and upset, searching for something, throwing the papers around.
The first journal entry is found sticking out of some filing drawer. The text is as follows:
“ Feb. 2. Tomorrow is Rumi’s birthday. I’ll be meeting her parents … My hands have been shaking an awful lot lately. Will they let their daughter marry a low-level researcher like me? Now I’m getting even more anxious… When I told Rumi how nervous I’m getting, she just laughed and said I think too much. She may not have understood my problem, but I do so love her laugh. I don’t think I’ll be able to sleep with my nerves like this, but I need to lie down anyway. I’ve been getting the worst headaches lately… I might be pushing myself too hard for this thesis. I just really want to be in top form tomorrow. I know this diary was originally just for research notes, but now I hope I can look back at it with Rumi someday and feel nostalgic.”
When Maruki set the February 3rd deadline, he said that this was the day “ I lost everything that mattered to me,”. Rumi and her parents were attacked on the night of her birthday, and on the night they announced their engagement to her parents. The night that was supposed to be happy and full of hope for the future became the worst possible night of his life.
Maruki seems to suffer from some anxiety -- but of course any person would have nerves before announcing an engagement. He’s worried that he isn’t good enough for Rumi or her parents. That they wouldn’t accept him as a son-in-law, or as part of the family because of his occupation and standing.
It also seems that even at this point, he has started to awaken to his persona, with the headaches and shaking hands. This is interesting because within this game’s logic the person needs to have at least some interaction with the Metaverse and have a will of rebellion to awaken to their persona -- or to even start awakening to it. He was already working on cognitive pscience at this point, and he was aware of the potential benefits of it’s use -- as a form of psychiatric therapy. He was already rejecting the status quo of life and of his field -- there was another way, a more effective way, to heal people. And it’s also possible that this note is hinting that he has had some fleeting interaction with the Metaverse. Afterall, we see that people who first enter the Metaverse experience headaches. But the game doesn’t give any more hints on this.
The second journal note is also within the same area, near what looks to be some kind of video tape archive. The note reads:
“ Apr. 9. I just can’t believe what’s happened. I’ll never see Rumi’s parents again… I don’t even know if Rumi will ever come back to me. Her heart’s been completely closed off ever since that day. Why did this happen? What did Rumi do to deserve this? Do we really have to go on suffering these consequences? My headaches are getting worse -- I’m even starting to hear things. Am I having some kind of breakdown? I can’t lose it … I have to do something to help Rumi.”
This entry is dated two months after the incident. We don’t see any entry in between, or any hint or any other expansion into what really happened during the incident. As far as we are told by Maruki himself is that it was a burglary that killed two people and maimed a third. Which to me, is highly suspicious. Burglars would not kill, not even when they are desperate. And it’s even more unlikely in Japan with one of the world’s lowest murder rates.
We know for a fact that Maruki tends to lie or wave away details when it comes to his own past and own feelings. Like when Ryuji asked him if highschool is when he first found romance, and when Maruki said that he and Rumi just broke up because he was ‘spineless’. I suspect there is a lot more about this incident that Maruki isn’t admitting to us-- but neither the palace nor the game ever explains it. (I have a theory, but that’s for another day).
If there is more to it than a burglary, it’s very likely that he’s suppressed it so much and hid it away somewhere that we never get to access. It’s also telling that all references to the incident are all in relation to Rumi’s pain and how it was she who suffered that night. He never even admits that he too lost something that night, and is still suffering from the trauma.
So the two months between the entries as well as the opening two lines, also signal that he was indeed traumatised by it. It’s not hard to imagine that in those two months, he couldn’t process what happened, and even by April, he still questions accepting reality. He also thinks that he’s having a breakdown -- and one doesn’t need to be a psychiatrist to know that when one starts having auditory hallucinations, it means something is really wrong in the brain department. Of course, we can infer that these hallucinations are Azathoth trying to manifest, but as far as Maruki knew, he was indeed losing it. But he forces himself to pull it together, to suppress this pain and to hide his symptoms, for Rumi -- and for his research.
It is likely that he avoided getting help or admitting that he was suffering from migraines and hallucinations. The chances of his research being funded, accepted, and published, all hinges on his reputation as a researcher. And unfortunately, as much as Japan has come a long way -- it is still detrimental to any professional to be diagnosed with a mental disorder. We also know that at this point he was already looking for funders and backers for his research -- reputation becomes everything.
We come to a room that looks like a server room, and this is where his first will seed is. The server room is a mess of tendrils and cables -- while the door itself is barred by a holographic lock, and some branch-like tendrils. The ‘flower’ looking textures that surround the door are holograms again of what looks like circuits.
Voice tracks will usually play upon opening a will seed door, which is usually the palace ruler reinforcing their distortion, and Maruki’s voice track is one of the more audible ones. The tracks will play randomly for each door, so there’s no order to things. Thanks to Jester for making out what they say:
“R-Rumi… I-I…”
“No matter what I need to do… I’ll reach my goal.”
“What can I do to make you understand?”
“What’s wrong with an alternate reality if everyone is happy?”
“I’m so close… just a little further…!”
“Just a little more… and everyone will be happy…”
“Why… why can’t we come to an agreement…?”
The man is tired, and he’s pushing himself to keep going. Some of the tracks are also questions, probably in response to Joker and the Phantom Thieves, trying to reason with them.
Moving on from this, we find more monitoring rooms, with lots of screens, cables, and glass floors that look down into what looks to be server rooms. The rooms are typically dark, illuminated only by the neon teal lights and screens.
We also then come across the first locked gate, with an authentication question. The fact that these gates require the intruder to at the very least know some parts of his past -- signify that he does want people to understand him and where he’s coming from, as uncomfortable as it is. This is especially important given how closed off he was about his past prior to this-- represented by the fact that the only way you can get these answers is watching memory tapes that, according to Morgana, are likely memories he has tried to suppress. Speaking of which…
Before we go into the memory itself, I want to note the design of these rooms. As highlighted before, messes like strewn paper, disorganised shelves, represent something emotional or upsetting for him. And no better is that demonstrated than in these memory rooms. Papers are strewn, filing boxes and books are stacked haphazardly, filing baskets and stools lay toppled. There is no clear organisation or consistency in these rooms -- and it looks as if someone had come in, thrown everything around, as if searching.
These rooms look very old-school research rooms and are lit only by an old CRTV -- in direct contrast to the high-tech aesthetic the rest of the palace has. And most of all these rooms look abandoned and forgotten. These rooms hint at the core of his self -- before he became obsessed with healing the world, the self that was confused and lost after the Incident.
It’s also interesting to note the fact that his memories play on the very small CRTV -- while in comparison earlier Sumire’s memories played on a wide screen LCD TV. He puts even more distance with his own (grainy) memories than the memories of someone else.
Okay, now we get to the first memory tape.
It starts off in Rumi’s hospital room. And from a later journal entry, we know that this is at least sometime in August, which means its been six months since the Incident, and four months since Takuto began to write in his journal again. Rumi is in a catatonic state, and it seems that she is somewhat responsive -- even if she can’t speak or move much.
Takuto is trying to cheer her up by suggesting that he bring her snacks and flowers. His tone is cheerful and gentle, knowing that Rumi can understand him -- but is simply unable to respond or speak. He knows she’s traumatised, so much to a point that she’s too scared to move. He’s trying to show her that it’s safe, and most importantly, that he’s there for her. Being an empath, loving her as much as he does -- this would’ve been incredibly painful for him. But for her sake, he tries to smile.
He then goes into telling her what’s been going on in his life, and explaining his research and how he wants to use it. From this, we know at least one of the first uses he envisioned for cognitive pscience was to stop crime before it’s committed, by changing distorted cognitions that lead people to doing bad things. He wants to make sure what happened to Rumi would never happen to anyone else. This is perhaps going one step further than what the PT are doing. Yes they’re both stopping criminals, but in Takuto’s conception -- it’s stopping crimes before there are any victims, rather than waiting for victims to be created.
He also tells her that there are some potential investors into his research, and that theres a chance that research into cognitive pscience will be properly funded. He’s excited for it because it is the first step to bringing cognitive pscience into real practical use. This also hints that at least for the past few months, he’s been working on his research again -- and trying to hide his symptoms (re: hallucinations, migraines) because he’s actively looking for funders.
He tells her that the ‘culprit’ has been caught and that she doesn’t need to worry anymore. He then mentions ‘Family’, and Rumi responds to that, repeating ‘Family’, then ‘Takuto’. As far as we can tell, these together seem to be her triggers -- and she’s sent into a PTSD episode. She yells for her parents to be given back, and cries out for them. Takuto tries to calm her down, but is unable to until the nurses arrive and (probably) sedate her.
This is another hint that the Incident was more than a simple burglary -- and somehow Takuto was more involved in the Incident than simply a bystander who couldn’t protect her when the burglar ‘was trying to escape’. And it’s also suggested that during this Incident, Rumi’s parents were being held -- perhaps as hostages?
I have a theory that the Incident was really more of an attempted assassination of Takuto -- very likely by Shido (who we know does know of Takuto’s research). While we don’t know the exact years the Incident took place -- from the journal notes, we can safely say its AT LEAST two years prior to the start of the game. I would go further to say that this was before Wakaba’s death or even Goro’s awakening, because it seems that Shido doesn’t yet have the power to cause mental shutdowns. And because of that, he’s would try the old fashioned way to shut Takuto’s research down.
However, instead of killing Takuto, Rumi and her parents suffered. It’s also interesting to note --IF this theory is true -- why Takuto was left alive. But thats pure hc territory which i’ll leave for another time.
Also another hint to support this is basically other hints that Takuto -- like Sumire-- suffers from survivor’s guilt. He even mentions it when speaking to Joker and Goro in the beginning of the palace. It’s also hinted by the fact that Takuto has managed to change Sumire’s cognition so drastically that even he was surprised. This was because of how she spoke, and how she suffered from intense survivor’s guilt. But i’ll get into this more when we get to the third memory tape.
The doctor explains to Takuto that she was triggered, and Takuto knew that it was his own words that triggered her. He apologised for it -- and muses that she needs to be ‘set free from that horrible tragedy’. It’s at this point that his migraines return and he hears a voice. Then, Rumi starts to speak, “Takuto … Please… Stop this. I … Want to… forget,”
Rumi made her wish, and Takuto began to understand how exactly cognitive pscience can make that possible. And again, he hears the voice, clearer this time -- enough for him to understand and respond to it. In that moment, desperate to put an end to Rumi’s pain, to fulfil her wish -- he agrees to Azathoth (perhaps forming a contract and semi-awakening to Azathoth). In the Japanese audio version, he actually screams this part. Oof.
In an instant, her cognition is changed and she wakes up as a different Rumi -- a Rumi who’s parents had died when she was young, who lived with her grandparents, and therefore, a Rumi who has never met or grown up with Takuto. She’s forgotten everything that caused her pain before.
Takuto, shocked at this, begins to fumble around for a cover story -- trying to explain to this new Rumi why he was in her room and why he knew her name. Despite the dawning realisation that she has truly forgotten him, he tries to be cheerful and plays it off when she shows concern for him. He would do anything to make her happy, and anything to preserve her happiness, even if it is horribly painful for him.
The interaction ends when Rumi asks why he won’t be visiting again and “what about your girlfriend?”, and he replies by “She … passed away,” In this moment, Rumi’s portrait disappears from the text box -- signifying a stark break in Takuto’s perception of her. The Rumi he knew and loved really has passed away, and this -- he convinces himself-- is another Rumi. A Rumi that he must not see again.
He stands to leave, telling her that he hopes she feels better soon and “ I know the people who care about you wish the same”.
So for him, just as his life was starting to get back together after the literal worst night ever -- just as his research was starting to get funders -- he loses his fiance and long time love. This follows the same pattern as before, where the night of the incident was supposed to be a happy night where their engagement is announced, followed by a horrible attack and murder (possible assassination attempt on his life too). But that’s allright, hes NOT in pain!!! and suspicious of any good thing that comes his way!! because now, she can be happy. And that was more important than his own happiness!!!
Oof. Okay this got long and heavy. Gonna end this here ! Stay tuned for part 4.
#grief tw#depression tw#takuto maruki#persona 5#persona 5 royal#(( me: looks at this post#(( i've outdone myself my insanity over this fictional character has officially gained sentience#(( no but really theres SO MUCH PAIN HOLY SHIT#p5r spoilers#f: notes#c: the self#(( RIP to my brainrot
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