Unbelievable! Armored BMW i7 Revolutionizes Bulletproof Cars in the Electric Era – You Won’t Believe Your Eyes!

BMW has unveiled its latest offering in the armored vehicle market with the debut of the BMW i7 Protection. This new model is the first-ever electric sedan to receive armored protection, continuing the tradition set by the flagship BMW 7 Series sedan. The i7 Protection will make its formal debut at the Munich Motor Show in September 2023 alongside an armored version of the gasoline-powered 7 Series.

The Power of the i7 Protection

Despite its large lithium-ion battery with a capacity of 101.7 kWh, the i7 Protection does not sacrifice safety. The vehicle has been certified with a VR9 safety rating by VPAM, an association of test laboratories for ballistic materials and construction in Germany. This is the highest rating for civilian vehicles, indicating that the i7 Protection offers resistance to military-grade small arms and heavy machine guns. It can even withstand aerial drone attacks and hand grenade attacks.

The Protection Core

BMW has developed a unique self-supporting body structure called the Protection Core for the i7 Protection. This structure is made of armored steel and is combined with additional underbody, roof, and door armor. This design ensures that the vehicle remains solid and secure, providing optimal protection for passengers.

Luxury and Security Combined

Despite the added protective gear, the interior of the i7 Protection maintains its luxurious appeal. The vehicle offers the same level of luxury as any other member of the 7 Series, with additional protective elements incorporated. These include features such as an onboard air system to protect against fire or gas attacks, flashing lights, radios, and a panic alarm system that can be customized according to the buyer’s preferences.

Powertrain and Performance

The i7 Protection is equipped with the powertrain from the i7 M70xDrive, a four-wheel-drive, dual-engine configuration that delivers a peak output of 544 horsepower. However, due to the added weight from the armor protection, the performance of the i7 Protection is slightly hindered. It has a 0-62mph acceleration time of nine seconds and a top speed limited to 99mph. The range of the vehicle has not been specified by BMW.

Gasoline-Powered Alternative

In addition to the i7 Protection, BMW also offers an armored version of the gasoline-powered 7 Series. This model is equipped with a twin-turbocharged 4.4-liter V-8 engine that produces 523 horsepower. Both the gasoline-powered and electric versions of the 7 Series Protection will be available for delivery later this year.

Conclusion

The BMW i7 Protection sets a new standard for armored electric vehicles. It combines luxury, performance, and the highest level of safety to provide passengers with a secure and comfortable driving experience. With its innovative design, the i7 Protection proves that electric vehicles can offer both environmental friendliness and top-tier protection.

Enhancing Electric Vehicle Security for the Future

The introduction of the BMW i7 Protection demonstrates the growing need for armored electric vehicles in an increasingly uncertain world. As technology continues to advance and security threats evolve, car manufacturers must adapt to provide comprehensive solutions that prioritize passenger safety. Here are some ways in which the automotive industry can enhance electric vehicle security for the future:

1. Advanced Threat Detection Systems: Integrating advanced threat detection systems into electric vehicles can help identify potential risks and provide early warnings to the driver. These systems can include features such as facial recognition, object detection, and real-time monitoring of surrounding environments.
2. Autonomous Emergency Response: Developing autonomous emergency response systems that can take immediate action in the event of an attack or emergency situation is crucial. These systems can automatically lock doors, activate alarms, and communicate with emergency services to ensure the safety of passengers.
3. Intelligent Armor Materials: Investing in research and development of intelligent armor materials can further enhance the protective capabilities of electric vehicles. These materials can adapt to different threat levels, providing varying degrees of protection based on the specific circumstances.
4. Cybersecurity Integration: As electric vehicles become more connected and reliant on software systems, cybersecurity measures must be integrated to protect against potential cyber attacks. Implementing robust encryption protocols and continuous monitoring can help safeguard the vehicle’s systems and data.
5. Collaboration with Security Experts: Car manufacturers should collaborate with security experts, government agencies, and organizations specializing in safety and defense to ensure the development of effective security measures. This collaboration can lead to the implementation of industry-wide standards and best practices.

By prioritizing security and taking proactive steps to enhance electric vehicle protection, car manufacturers can instill confidence in consumers and drive the adoption of electric vehicles. As the demand for armored electric vehicles continues to rise, innovations in technology and design will play a crucial role in shaping the future of mobility.