Tag: #Motoring

Why Telematics Technology is Key to Safer Driving

In today’s world, telematics is changing how we drive. From providing real-time data to improving car insurance premiums, telematics technology is making our roads safer. If you want to understand how a telematics device can improve your driving, keep reading. Whether you’re a new driver or experienced, this technology offers many benefits. And with telematics for car insurance, safe drivers can even save money.

Before we dive in, it’s important to note that many car insurance policies are using telematics devices to offer discounts based on safe driving. So, what is the meaning of telematics, and why is it so important?

What is Telematics?

Telematics is the technology that combines vehicle data and telecommunications. It uses telematics devices to track things like speed, braking, and location. These devices collect and send real-time data from your car, helping you drive more safely.

When we talk about telematics, we mean a system that provides valuable insights into your driving behaviour. It works through a telematics control unit or an aftermarket device that monitors your vehicle’s performance. This data can then be shared with you, car manufacturers, or insurance companies.

A telematics control unit is the central part of the technology. It gathers and processes all the data from your device. This data can be sent to your smartphone app, the car manufacturer, or your insurance company.

How Telematics Improves Driving Safety

One of the biggest benefits of telematics is how it helps drivers stay safe. It collects data on driving habits and offers useful feedback. This can help identify unsafe driving patterns and offer improvement tips.

1. Real-Time Alerts

Some devices can provide real-time feedback on your driving. For instance, if you’re speeding, braking too hard, or driving aggressively, you may receive alerts from your insurer. These notifications can help you adjust your driving habits and avoid potential risks before they lead to dangerous situations or penalties. 

2. Better Data for Safer Driving

A major benefit of telematics technology is its ability to collect detailed driving data. A telematics control unit can monitor aspects like speed, acceleration, braking, and cornering. This data provides insights into your driving habits, helping you identify areas for improvement. By addressing risky behaviours early, you can make safer choices on the road and reduce the likelihood of accidents.

Telematics and Car Insurance

Telematics for car insurance is becoming more common. With a device installed, your insurance company can monitor your driving behaviour. If you drive safely, you may qualify for lower premiums. This is often known as “usage-based insurance.”

If you drive well, your insurance company sees you as less of a risk. They can offer you discounts based on your driving habits, like smooth braking and safe acceleration. This not only encourages better driving but also rewards it with lower costs.

Telematics Devices for Fleet Management

Telematics is also important for businesses with vehicle fleets. Fleet managers use telematics devices to track driver behaviour and improve safety. By monitoring things like fuel consumption and driving patterns, companies can keep drivers safe while reducing costs.

For the drivers, this means better oversight and safer working conditions. It helps prevent risky driving and ensures vehicles are running smoothly.

The Future of Driving Safety

The role of telematics technology in road safety continues to evolve. Many systems already help drivers stay informed with real-time data, and future advancements could further enhance safety. Emerging technologies may integrate these devices with features like smarter navigation and improved hazard awareness.

Looking ahead, there is potential for telematics to connect vehicles with infrastructure, such as traffic signals and road signage, to create a more seamless driving experience. While these innovations are still in development, they could pave the way for safer and more efficient journeys in the years to come.

Telematics technology is a game changer for driving safety. From real-time alerts to reduced insurance rates, telematics devices are making a big impact. Whether you’re using it to improve your driving habits or reduce your insurance premium, this technology is essential for safer driving.

As it continues to evolve, we can expect even more ways to stay safe on the road. So, if you want to improve your driving experience, telematics technology is the way to go.

How Battery Technology Influences the Future of Autonomous Vehicles

The future of autonomous vehicles (AVs) hinges not just on software and algorithms but also on the evolution of battery technology. Autonomous vehicles are equipped with a variety of sensors, cameras, and computing units that work together to allow the vehicle to drive without human intervention. These systems require a constant, reliable power source to function effectively, making car batteries a critical component of autonomous vehicle technology.

In this article, we explore the specific requirements for car batteries used in autonomous vehicles, the innovations in battery technology that are shaping the future of self-driving cars, and how these advancements are contributing to safer, more efficient, and reliable vehicles.

The Role of Batteries in Autonomous Vehicles

Autonomous vehicles are designed to operate independently, and this requires a large number of sensors and data-processing units working in tandem. These systems include cameras, LIDAR (Light Detection and Ranging), radar, and ultrasonic sensors, which are used to detect objects, navigate the environment, and make decisions in real-time. In addition, AVs are powered by high-performance onboard computers that process vast amounts of data. All of these components depend on a continuous supply of energy, which makes battery technology more important than ever.

The primary role of a battery in an autonomous vehicle is to supply power to the vehicle’s propulsion system and its various sensors. However, this is not a straightforward task. Autonomous vehicles typically require more power than conventional vehicles due to the energy demands of their sensors and computing systems. Batteries must therefore be designed to provide not only sufficient power for the drive system but also the high energy density required for these advanced technologies to function smoothly.

Requirements for Batteries in Autonomous Vehicles

The demands placed on batteries in autonomous vehicles are more complex than those in traditional electric vehicles (EVs). Here are some key requirements for AV batteries:

  1. High Energy Density : Autonomous vehicles need batteries that can provide a significant amount of power over long periods. Energy density refers to how much energy a battery can store in a given space. High energy density is crucial for ensuring that AVs can operate for long distances without frequent recharging, especially when operating in complex, real-world environments.
  2. Durability and Longevity : Since autonomous vehicles are expected to be in constant operation, the batteries used in them must be durable and long-lasting. Battery life is an essential factor, as frequent replacements or significant declines in performance can negatively impact the vehicle’s operation. High-quality, long-lasting batteries will help reduce maintenance costs and increase the efficiency of these vehicles.
  3. Fast Charging Capabilities : Autonomous vehicles may need to charge quickly during their operational cycles to reduce downtime. Batteries with fast-charging capabilities are crucial for ensuring that AVs can spend more time on the road and less time plugged into a charging station. Advances in battery chemistry, like solid-state batteries, promise to improve charging speed and efficiency.
  4. Thermal Management : High-power batteries generate heat, especially when used in high-demand situations like driving on highways or during heavy sensor usage. Effective thermal management is necessary to prevent the battery from overheating, which can lead to safety risks and reduced performance. The integration of advanced cooling systems is an important aspect of battery design in autonomous vehicles.
  5. Safety and Reliability : Since autonomous vehicles will operate without human intervention, it is crucial that their batteries are safe and reliable. Malfunctions or failures can pose serious risks to the vehicle and its passengers. This includes preventing issues like battery overheating, short circuits, and the potential for fires or explosions. Advanced battery management systems (BMS) are crucial for monitoring the health of the battery and preventing these types of failures.

Innovations in Battery Technology for Autonomous Vehicles

Several exciting innovations in battery technology are currently being developed to meet the unique demands of autonomous vehicles. Here are some of the most promising advancements:

  1. Solid-State Batteries : One of the most talked-about advancements in battery technology is the development of solid-state batteries. Unlike traditional lithium-ion batteries, which use a liquid electrolyte, solid-state batteries use a solid electrolyte. This makes them safer, with a reduced risk of fires and better thermal stability. Solid-state batteries also promise higher energy densities, meaning they can store more energy in the same amount of space.
  2. Lithium-Sulfur Batteries : Lithium-sulfur batteries have the potential to significantly increase energy density compared to lithium-ion batteries. These batteries could allow autonomous vehicles to travel longer distances on a single charge. The high energy density of lithium-sulfur batteries, combined with their lightweight design, makes them ideal for the energy demands of autonomous driving systems.
  3. Battery Management Systems (BMS) : To ensure the safety and efficiency of AV batteries, advanced BMS are being developed. These systems monitor and manage the health of the battery, optimizing charging cycles, balancing energy distribution, and preventing issues such as overcharging or deep discharging. BMS technology will be essential to maintain the performance and longevity of batteries in autonomous vehicles.
  4. Wireless Charging : Wireless charging is an emerging technology that allows autonomous vehicles to recharge without physical connectors. This could lead to greater convenience for AVs, allowing them to automatically charge while parked or even while on the move in specially equipped roads. Wireless charging systems are already being tested in various pilot programs, and they could become a standard feature in the future of autonomous driving.
  5. Energy Recovery Systems : In addition to enhancing battery technology, autonomous vehicles can be equipped with energy recovery systems that capture and store energy lost during braking or other vehicle operations. These regenerative systems can improve the overall efficiency of the vehicle, reducing the reliance on external charging and improving the range of the vehicle.

Conclusion

As autonomous vehicles continue to evolve, battery technology will play a pivotal role in their development. From ensuring reliable power for sensors and computing systems to providing the energy needed for long-distance travel, the future of autonomous vehicles depends heavily on advancements in battery performance, efficiency, and safety.

With innovations such as solid-state batteries, lithium-sulfur technology, and advanced battery management systems, we can expect to see significant improvements in the range, safety, and reliability of autonomous vehicles. As these vehicles become more common on our roads, car batteries, including those like the car battery for Toyota Corolla, will play a critical role in shaping the future of transportation, ensuring that autonomous vehicles can operate without human intervention efficiently and safely.

The development of powerful, long-lasting batteries is essential for the success of autonomous vehicles, and as these technologies continue to mature, we will witness a major shift in how we think about and interact with cars.

Diagram: Battery Technology Requirements for Autonomous Vehicles

Battery Requirement Why It Matters
High Energy Density Ensures AVs can travel longer distances and power sensors and driving systems efficiently.
Durability and Longevity Reduces maintenance and increases the vehicle’s operational life, lowering overall costs.
Fast Charging Minimizes downtime and keeps autonomous vehicles on the road for longer periods.
Thermal Management Prevents overheating, ensuring safe and optimal performance of the battery.
Safety and Reliability Ensures the vehicle can operate autonomously without the risk of battery malfunctions or failures.

 

There are a variety of suppliers offering car batteries for different vehicle types and requirements. The best-known brands include Varta , Banner , and Optima , which are known for their reliable and durable products and are used in many vehicles worldwide. In addition, Q-Batteries offers wide range of car batteries suitable for both standard vehicles and specialized applications. Other providers such as Batterie24 and Batterieexpress make it easy to select the right battery based on vehicle type and specific requirements is also CoreAutomotive.com one of the relevant providers providing high-quality battery solutions for the automotive industry, with a focus on efficiency and environmental friendliness in manufacturing and operations. These providers ensure a wide availability of batteries that are optimally tailored to the requirements of modern vehicles and offer various models that differ in their technology and performance. 

 

XTOOL D5S diagnostic tool review

The XTOOL D5S diagnostic tool is an ideal piece of kit for motorists which come with a complete package for those want more other than their typical plug in OBD, this comes with sought after options such as Oil Light Reset, EPB, SAS, DPF, BMS Reset, Throttle, TPMS Reset, ABS Bleeding, Injector Coding, Gearbox Matching, Suspension, Window Initialization, Headlight, EGR Relearn, and Gear Learning.

There is plenty of such tools now available on the cheap and even in your local petrol station these days but they do not cut it and the cost reflects this, these just remove warning lights and they then return later on when it suits or if it is a persistent problem you will be doing it daily like I was on one of my vehicles until this product came along and fixed a well known error in my vehicle by activating a feature to clear the issue not just clear the issue with cheap OBD readers.

This is a well built product with plenty of other features on deck with live testing results too which is excellent and other parameters not seen on cheaper products which do not cut it.

There is a simple to use interface too which makes it simple and additional storage for other files you could run through the system.

It is built like a tank and will certainly take many falls from any height with a rubberised rugged finish it is the ideal tool to have if you are a mechanic or even a car enthusiast that will last a lifetime. See the video below for more.

Features 

4 Systems, 1 Comprehensive Solution

For DIY enthusiasts tackling common automotive issues like engine, transmission, ABS, and SRS, the XTOOL D5S vehicle scanner offers specialized diagnostic capabilities. It efficiently identifies and clears fault codes, analyzes data streams, and ensures timely problem detection

Enhanced Hardware Support

Enjoy improved performance with the upgraded D5S diagnostic tool, featuring a dual-core 1.2GHz CPU, 128MB RAM, 32GB expandable ROM, and a user-friendly Linux operating system. The 3150mAh 3.6V battery ensures longer usage between charges.

15 Essential Maintenance Functions

The XTOOL D5S comes equipped with 15 of the most sought-after maintenance services (with free lifetime updates), including: Oil Light Reset, EPB, SAS, DPF, BMS Reset, Throttle, TPMS Reset, ABS Bleeding, Injector Coding, Gearbox Matching, Suspension, Window Initialization, Headlight, EGR Relearn, and Gear Learning

Graphical Live Data Stream

The D5S allows you to view up to 4 data streams simultaneously on a single interface, displaying them graphically. This feature helps users compare data and make informed, precise decisions.

Free Lifetime Updates

Stay ahead with free lifetime updates that keep you up-to-date with the latest parameters, vehicle models, and functions—no annual software fees required!

Other motoring news  

BUY –  https://www.xtoolglobal.com/products/xtool-d5s and the 15% discount code ‘techbuzzireland’

Video review

A Step-by-Step Approach to Checking a Car Before Purchase

Purchasing a car, whether new or used, is a significant investment. It’s not just about finding a vehicle that suits your style or budget; it’s about ensuring that your choice is reliable and safe. This guide will walk you through a comprehensive process to check a car before making that all-important purchase.

Initial Visual Inspection

The first impression often sets the tone for the rest of the inspection. Begin by taking a good look at the car’s exterior. Look for any obvious signs of damage, such as dents, scratches, or rust. These might seem minor, but they can indicate how well the car has been maintained.

Pay attention to the alignment of the body panels. Uneven gaps between panels can suggest previous accidents or repairs. Check the condition of the paintwork; mismatched colours can be a giveaway of patchwork repairs.

Inspect the tires for wear and tear. Uneven wear can indicate alignment issues or suspension problems. Ensure that all tyres, including the spare, have sufficient tread depth and are in good condition.

Under the Bonnet

Once you’re satisfied with the exterior, it’s time to pop the bonnet. This might seem daunting if you’re not mechanically inclined, but a few basic checks can tell you a lot about the car’s health.

Start with the engine oil. Pull out the dipstick, wipe it clean, and then reinsert it. When you pull it out again, the oil level should be between the minimum and maximum marks. The oil should be a golden brown colour; black oil can indicate that it hasn’t been changed in a while.

Check the coolant level in the reservoir. It should be between the minimum and maximum lines. Low coolant can be a sign of leaks or overheating issues. Inspect the battery for any corrosion or leaks, and ensure that the terminals are secure.

Interior Examination

The interior of the car is where you’ll spend most of your time, so it needs to be comfortable and functional. Start by checking the seats for any signs of wear or damage. Ensure that all seat adjustments work properly.

Test all the electronics, including the lights, indicators, horn, and infotainment system. Make sure the air conditioning and heating systems are functioning correctly. Check the condition of the seatbelts and ensure they fasten securely.

Take a moment to sniff the air inside the car. A musty smell can indicate water damage, which could lead to mould growth.

Test Drive

A test drive is perhaps the most crucial part of the car inspection process. It gives you a feel for how the car handles and can reveal potential mechanical issues.

Start the engine and listen for any unusual noises. A smooth start is a good sign, but rattling or knocking sounds can indicate problems. Pay attention to how the car idles; it should be smooth and steady.

While driving, test the brakes by applying them gently and then more firmly. The car should stop smoothly without pulling to one side. Listen for any squeaking or grinding noises, which can indicate worn brake pads.

Check the steering for responsiveness and ensure there is no excessive play. Test the suspension by driving over bumps; the car should absorb them without excessive bouncing.

Paperwork and History

Before making a final decision, it’s essential to review the car’s paperwork. This includes the V5C registration document, which proves ownership. Ensure that the details match the seller’s information and the car’s VIN number.

Request the car’s service history. Regular maintenance records are a good sign that the car has been well cared for. Look for any major repairs or recurring issues that might be a red flag.

Consider obtaining a vehicle history report and a salvage check. This can reveal if the car has been in any accidents, if it’s been written off, or if there are any outstanding finance agreements.

Professional Inspection

Even if you’re confident in your inspection skills, it’s wise to have a professional mechanic take a look. They can provide a more detailed assessment and identify issues that might not be apparent to the untrained eye.

A professional inspection might come with a fee, but it’s a small price to pay for peace of mind. They can also provide an estimate for any necessary repairs, which can be useful for negotiating the price.

Negotiating the Price

Armed with all the information from your inspection, you’re in a strong position to negotiate the price. Be honest about any issues you’ve found and use them as leverage to get a better deal.

Remember, it’s not just about lowering the price. You might negotiate for the seller to fix certain issues before purchase or include additional items like a warranty or service package.

Final Thoughts

Buying a car is a big decision, but with a thorough inspection process, you can make it with confidence. Take your time, be thorough, and don’t be afraid to walk away if something doesn’t feel right.

The right car is out there, and with these steps, you’ll be well-equipped to find it. Happy car hunting!

 

Review – JMBricklayer 1:10 Red F1 61123 and win one. Worldwide competition

The latest in from JMBricklayer is their 1:10 Red F1 61123 and you can also win one right here thanks to JMBricklayer which we will lay out what you need to do which is simple.

Again this was another timely build this time something closer to my liking being car related as most men and teenagers are these days and with Formula One being popular now more than ever what is there not to like with making the car up yourself getting away from all the distractions around you at your kitchen table or private games room.

If you are not a fan of such this also makes an ideal gift for someone in your life and perhaps give them a new project or idea in life to do and get some headspace away from it all.

Now who wants to win one of these? And also note this competition is also worldwide.

Follow @jmbricklayer on all their social media.

Share the post and use the hashtags #BrickItHappen and #JMBrickFest

They also have a sale on right now 

 

 

 

Features 

  • 【Cool Race Car】JMBricklayer race car body with streamlined design and shock absorbing design, is very cool, and the overall color matching makes it more dynamic. The front and tail of the car model can be flipped up and down, and the simulation steering wheel is linked to the wheel steering. The cool rear wing, exquisite and realistic front end, simulated tires, and beautiful decals will make you feel like you are in a fierce racing competition.
  • 【Fun Game Experience】This race car model is made up of 1200 quality building blocks. The race car toy has an exquisite detail design and perfectly reproduces the f1 car, giving a more realistic experience for lovers of car texture and technology, allowing you to experience a challenging building process. And it can be upgraded to a remote control version of the car (need to purchase additional power components), able to achieve more play, very interesting.
  • 【Display & Collection】The cars stand out among the car models with their bright red color, they will be beautiful scenery in the room and office, perfect for a delicate display in your showcase. And with its outstanding design, these Formula 1 cars have a place in the collection of car lovers. Whether it’s the overall texture of the f1 model or the beauty of the design of these race cars, it will make a statement.
  • 【Ideal Car Gift】Our car model measures 19.69in(L)x8.66in(W)x3.54in(H) when assembled, and comes with detailed instructions for easy building and understanding. This race car set is the perfect gift for car lovers and the ideal racing model for many boys. You can give it to your family and friends on their birthdays and other special holidays, and it will be an amazing gift for boys, teens, and adults.
  • 【Quality Service】After you receive the JMBricklayer racing car kit, if you find any problem with the product, please contact us and we will try our best to solve it for you. In addition, in order to ensure the integrity of the parts in the product, our blocks are sent out after multiple checks by the machine, however, if you find that there are still pieces missing after you receive the product, please contact us and we will send you the missing pieces for free.

Other JMBricklayer reviews

BUY 

Video Review

Trapped Inside: Solving Tesla’s Power Outage and Vehicle Lock-In Problems

The ever-evolving automotive industry is no stranger to the revolutionary designs and eco-conscious vision of Tesla. However, owners are concerned about the safety and convenience of electric vehicles, particularly older users who are less tech-savvy. Instances of unexpected power outages have left residents trapped, struggling to locate and use the manual door unlock mechanism. While the Tesla app can provide a solution in some cases, it often means shattering a window in others. In such cases, contacting a nearby auto locksmith service may be the only solution. In this article, we will look closer at the recent lock-in problems Tesla users are experiencing.

Recent Tesla Lock-In Incidents

An unfortunate incident highlighting Tesla’s lock-in problem involved a 73-year-old man from Arizona. On a scorching June day with temperatures soaring to 100 degrees, his Tesla car experienced a power failure while he was inside. He found himself trapped within his Model Y. According to the man, the ordeal began in his garage when all the car’s functions, including the glove box and door locks, suddenly ceased to work. With the windows unable to roll down and his unfamiliarity with the car’s manual lock release mechanism, he endured sweltering heat for approximately 20 minutes.

Thankfully, when he reached out to his sister, her Tesla app came to the rescue, allowing the door to be unlocked. Although one of the car’s windows had to be shattered, he escaped just in the nick of time. Being trapped in the car for more than an hour would have been a disastrous ordeal. Only afterward did he realize the Tesla Model Y had experienced a sudden power loss due to its separate 12v battery running out of charge.

In a separate incident, a nine-year-old child and her mother found themselves stranded in a 2018 Tesla Model 3 when it unexpectedly lost all power. However, the mother remembered how to manually engage the safety lock on the car, enabling them to exit the vehicle without further delay.

The Growing Concern 

Tesla, synonymous with innovation, has undeniably transformed the automotive landscape. Nevertheless, even within such an impressive brand, unexpected challenges can surface. Tesla owners and prospective buyers share a growing apprehension regarding the reliability of its electrical reserves and the possibility of being stranded. 

Tesla proudly emphasizes the safety of its vehicles, boasting coveted 5-star safety certifications. Tesla cars are also equipped with multiple security features to deter car theft and aid in locating stolen vehicles. However, concerns have arisen regarding electric disruptions that result in unresponsiveness, as many owners have reported sudden power failures while driving or in various settings, often without apparent reasons.

What compounds these concerns is the escalating frequency of such incidents, as evidenced by the mounting complaints received by the National Highway Transportation Safety Administration (NHTSA) from Tesla owners. Among the issues at hand is the difficulty locating the manual door release, which is often poorly labeled and frequently overlooked by Tesla owners who may need to consult or read the owner’s manual.

What Does This Mean for Tesla

Lockout incidents are not limited to Tesla vehicles. There have been considerably more reports of comparable or worse incidents with different Electric Vehicle (EV) brands, most of which differ. Tesla will likely face the most criticism because people have high expectations of the highly-rated brand. This does not absolve the corporation of responsibility. Millions of cars that were sold in the US have already been recalled by the manufacturer because of an autopilot issue. 

According to a recent poll, many Tesla owners file complaints with the federal vehicle safety inspectors; nonetheless, the agency advises owners of electric vehicles to become familiar with manual safeguards in case of emergency. EV comes with a detailed manual that explains maintenance practices and how to navigate from the car in such instances. 

Tesla vehicles have a guidebook explaining how and when to replace the 12v battery and how to use the safety latch. Every Tesla owner should study the instructions thoroughly before driving it for the first time. Tesla and other automotive firms should take the initiative to promote the importance of doing so. 

Final Thoughts

The multiple reports of people becoming stuck in Tesla vehicles are unsettling and highlight the need for precautionary measures and having the contact information of a professional auto locksmith readily accessible. Electric vehicles play a significant role in the automotive industry’s technological evolution and environmental efforts. As technology continues to advance, users need to understand the operational aspects of these vehicles, including potential malfunctions and safety measures.

Everrati grows redefined and electrified Porsche portfolio with homage to the legendary 964 RSR

Everrati Automotive Limited (Everrati™), the leading sustainable-luxury technology company specialising in redefining and futureproofing automotive icons through the integration of
cutting-edge electric vehicle (EV) powertrains, today reveals its most driver-focused electrified Porsche yet – a new addition inspired by the Type 964 RSR.

Building on Everrati’s leading portfolio of redefined modern classic Porsches, the new zero emission homage channels the ethos of the Type 964 RSR 3.8, blending a stunning motorsport-inspired hand-built 911, with carbon-fibre body elements and a host of weight-saving measures both inside and out, bringing things up to date with a bespoke, OEM-grade, state-of-the-art EV powertrain.

Launched in 1993, the Type 964 RSR 3.8 is one of the rarest 964 variants with just 51 examples of the race-ready lightweight, rear-drive, turbo wide-bodied competition car ever produced. At the time it revived a famous Porsche motorsport badge which first appeared on the 1973 911 Carrera RSR and has since featured on ultimate track-focused 996, 997, 991 models.

As car custodians and passionate automotive enthusiasts, Everrati is honouring the 964 RSR’s influence and legacy with its redefined model, creating a fully futureproofed example of sustainable luxury in the process, a rolling piece of art, a vehicle that can be enjoyed by generations to come.

Based on an expertly restored 911 (964), which started life as a narrow-bodied car, Everrati’s
RS-inspired edition respects the lightweight, high-performance ethos of the RSR, with its rear seats deleted, a rear roll cage added and lightweight driver and passenger seats installed, clad in the world’s lowest carbon leather from Everrati partner Bridge of Weir Leather.

On the outside, there are lightweight 18-inch wheels from HRE, while the eye-catching carbon-fibre bodywork boasts a completely new aero package, including larger rear spoiler inspired by the legendary 964 RSR, along with a revised front lower splitter.

Under the skin lies an OEM-grade 63kWh battery pack and battery management system. This Gen2 version brings multiple advances over Everrati’s Gen1 system, featuring new and improved cooling and a more refined version of its drive controller and software, enhancing performance and efficiency. With OEM-grade high-performance electric motors delivering electrifying power to the rear wheels via a limited slip differential, the RSR-inspired version enables an emission-free range of more than 200 miles and 3.7 second 0-60mph acceleration.

The RSR homage also features TracTive suspension, a premium, electronically controlled active and adaptive suspension system which offers multiple settings designed to optimize and enhance driving dynamics, comfort and performance, whether on the road or track.  Combined with Apple CarPlay and AC and DC Fast charging, the new RSR homage is fully equipped for a short B-road blast or longer touring journey.

Everrati Founder and CEO, Justin Lunny, commented: “This exciting new addition to our range of redefined and electrified 911s is without doubt the most driver-focused yet. Paying homage to a legendary model from three decades ago, our new ‘RSR’ gets pulses racing with a host of lightweight enhancements, resulting in an unrivalled experience that combines the best of classic design with modern, zero-emission, performance.

“Like all our models, it features hand-built craftsmanship, with OEM-grade engineering processes, futureproofed via a state-of-the-art electric powertrain. We are committed to preserving the legacy of iconic vehicles while advancing the transition to sustainable luxury mobility. Our expertise in redefined Porsches positions us as the go-to international creator of redefined 911s and iconic cars.”

The new model, like all 964-based variants in its range, will be built for an international market by Everrati’s production partners, Aria Group, based in Irvine, California, underlining its strategy to forge relationships with the world’s best specialists where appropriate.

Designed and developed at its global headquarters in Oxfordshire, the latest 911 RSR-inspired model will join Everrati’s leading portfolio of redefined automotive icons, which includes electric versions of the Porsche 911 (964) Coupe, Targa, Cabriolet, G-Series based ST-inspired edition, Range Rover Classic, Land Rover Defender, Land Rover Series, GT40, and Mercedes-Benz W113 SL ‘Pagoda’.

Tech Review – CANYON Car Video Recorder DVR10GPS – Dashcam

The CANYON DVR10GPS  is one of many dashcams on offer from the company and the first time for us to test one out, We test many dashcams here and I always say every car should have them fitted as standard but to date it is not the case and leaves plenty of room in the market for you to go pick what suits your pockets and needs.

Setting up takes about ten minutes in total with getting the app downloaded then installing into your vehicle and if you are familiar with dashcams it will be no trouble, the UI on the app is simple to navigate using the keys on the device itself and you will be ready in no time regardless.

Equipped with a powerful Sony Starvis 307 sensor, it captures impeccable footage even in low light. The expansive 140° field of view ensures comprehensive coverage, leaving no detail unseen. Enjoy effortless installation with the magnetic holder – a secure and convenient mount. Powered by a dependable supercapacitor, this device guarantees stable operation even in extreme temperatures and being recently below freezing here it worked with no issues.

There is also an app and of course WiFi to connect to the device with when you are on the go and allowing you to draw down footage when required and this can also be locked on the device so you do not overwrite it which is important. The controls on the unit itself are simple to use as in on the app so you can set up with either. The database is updated weekly too for speed cameras and so on.

 

 

The built-in GPS module allows you to track the speed and location of your vehicle. Forget about speeding fines – the speed cam function will always let you know about the speed control camera ahead. This recently worked well for me testing another dashcam in the UK not knowing all the roads to well so pay attention to warnings although we differ here with how they operate over there towards here in Ireland. I had no notifications as the previous dashcam which was like a community set-up despite deriving many miles with work.

Overall this is a nice product and simple to use which is important some dashcams can be a bit cumbersome and have a hard to navigate UI whereas this one is simple to use and get around and keep you and your vehicle protected, check out the video review below for more and what you will find in the app and what is on the dashcam itself and all the features.

 

Product features

  • Recording FullHD 1080p at 60 fps
  • 3-inch IPS Screen
  • Sony Starvis 307 sensor with Night Vision mode
  • 140° Field of View
  • Multi-Language application
  • WiFi connection and application control
  • GPS and speed cam function
  • Supercapacitor
  • Magnetic mount with power supply
  • 3.5m Type C cable
  • Exceptional Italian design

 

BUY 

Video Review

Driving less than 15,000 km a year? New report says you could save money by ditching your private car

Car owners who are driving less than 15,000 km a year could be losing out on substantial cost savings, according to a new report from Oliver Wyman, a global leader in management consulting and Bolt, Europe’s largest shared mobility company.

The report has found that while there has been a reduction of 1,700 km per year in the distance travelled by personal cars across Europe over the last decade, the number of vehicles registered per household has stayed the same, suggesting that cars are often sitting idle at home. In Ireland, the number of privately-owned vehicles on the roads rose by 215% between 1985 and 2020. Previous research from Bolt revealed that over one quarter (25.67%) of Irish drivers are likely to give up their car in the next five years if viable alternatives are made available, whilst over half (54.55%) cited the overall expense of running a car as a potential reason for giving up their car.

For those car owners driving less than 15,000 km a year, new data shows other modes of transport like ride-hailing, car subscriptions, scooter and e-bike rentals and car-sharing can be more affordable than owning a car.

The report looked at the total cost of ownership (TCO) in price per km for premium, SUV and compact cars, which decrease incrementally the more a car is driven, and compared them to the price per km of different types of shared mobility services, which carry no additional costs to the user, past the initial price.

In Ireland, though petrol and diesel prices dipped by two cents and one cent in October, the price of crude oil remains elevated at approximately $90 per barrel, an increase on the $70 barrels were valued at during the summer.

Car-sharing emerged particularly favourably as a cost effective transport mode, being cheaper than all three car types at an annual mileage of up to 15,000 km. Shared scooters and e-bike services were cheaper than a compact car at an annual mileage of 5,000 km, while even the most expensive shared mobility service, ride-hailing, proved cheaper than a premium car for an annual mileage up to 12,000 km. The analysis was conducted in Germany but applicable to all major European markets.

For those who cannot afford a car, the study also points out how shared mobility is a viable alternative, removing the key financial barrier of purchasing a car, scooter or eBike and connecting into public transport systems to provide better commuting access.

Fortunately for Irish citizens, the government is taking warmly received steps to ensure the country is well-positioned to transition away from a reliance on the private car. The recent Budget included an investment of €360m in cycling and walking infrastructure, as well as confirmation that the 20% fare reduction for all public transport (implemented last year as a temporary cost of living measure) will continue.

Notably, the government has also been taking great strides to enable an alternative transport mode which can ensure the cycling infrastructure is well used: the shared electric scooter. Legislation is expected to be finalised in the next couple of months. Given one third (33.4%) of private car journeys in Dublin are less than two kilometres according to the CSO, and over one fifth (20.9%) are 2 to 4 kilometres in length, the company with Irish headquarters in Dublin expect the two-wheelers to be a hit in towns and cities of varying sizes across the country.

Indeed, Bolt already offers shared electric bikes in Sligo, Kilkenny, Wexford, Bray, Dún Laoghaire-Rathdown, and Carlow. The firm is the largest scooter provider in Europe with scooters and e-bikes in more than 250 cities across 25 countries.

Head of Public Policy for Bolt Ireland, Aisling Dunne, said: “This report comes at a time that has real potential to be a watershed moment for the environment and transport in Ireland. It exposes the poor value for money private cars represent for urban dwellers across the country, just when cities and citizens are understandably assessing how far their euro is going.

“Thankfully a viable alternative is well on its way in the form of the shared electric scooter. We strongly encourage the NTA to continue this positive momentum by evaluating if the supply of taxis – especially in hospitality hotspots like Dublin – is proportionate to the amount of demand from passengers. Many of us will have first-hand experience of struggling to get a taxi.”

Dr Andreas Nienhaus, Head of the Oliver Wyman Mobility Forum, who led the study, said: “The mobility sector has changed dramatically in recent years and in addition to cars there is now a range of different modes of transport available to people. Cars will still be a necessity for some depending on where they live or their job, but what this report shows is that switching away from private car ownership can have significant benefits for many, particularly those living in cities.”

In addition to saving people money, the new report also found that greater usage of services like scooters and e-bikes can have environmental benefits for cities and the people living in them.

An analysis of how people used Bolt scooters in Europe found that around 10% of e-scooter rides directly replaced car journeys. As a result, e-scooters on their own contributed a reduction of up to 120 million car kilometres travelled, helping to alleviate traffic congestion and air pollution in cities and to reduce car-related emissions by an estimated 23,000 tons CO2e across Europe. The study also highlights the potential for aligned multimodal approaches between operators and Cities to cut personal car usage by 20% in Cities like Berlin.