The Olympian Model 84 Has a Modular Vehicle and Drivetrain System
Michael Hemsworth — January 31, 2024 — Autos
References: yankodesign
The Olympian Model 84 is a decidedly boxy electric SUV targeted towards drivers looking to get off the beaten path, while also enjoying performance capabilities.
The vehicle is built on the modular vehicle and drivetrain system (MVDS) used for the Olympian Model 01, which enables it to be manufactured in a building block manner to optimize assembly. The vehicle boasts a forged titanium and military-grade carbon fiber body to give it a lightweight profile that's also inherently resilient. The incorporation of nine airbags prioritizes a sense of safety in the event of an accident.
The Olympian Model 84 has a 340-horsepower 89kWh motor capable of going from zero to 60mph in 8.1-seconds with a top speed of 160mph and a driving range of 335-miles per charge.
The vehicle is built on the modular vehicle and drivetrain system (MVDS) used for the Olympian Model 01, which enables it to be manufactured in a building block manner to optimize assembly. The vehicle boasts a forged titanium and military-grade carbon fiber body to give it a lightweight profile that's also inherently resilient. The incorporation of nine airbags prioritizes a sense of safety in the event of an accident.
The Olympian Model 84 has a 340-horsepower 89kWh motor capable of going from zero to 60mph in 8.1-seconds with a top speed of 160mph and a driving range of 335-miles per charge.
Trend Themes
1. Modular Electric Suvs - Opportunities for disruptive innovation in the design and manufacturing of modular electric SUVs that optimize assembly and prioritize safety.
2. Lightweight Resilient Bodies - Innovative materials like forged titanium and military-grade carbon fiber offer disruptive innovation opportunities for lightweight and resilient vehicle bodies.
3. Advanced Electric Motors - Potential for disruptive innovation in the development of high-performance electric motors that enhance acceleration and extend driving range.
Industry Implications
1. Automotive Manufacturing - The automotive manufacturing industry has opportunities for disruptive innovation in the design and production of modular electric SUVs that offer enhanced safety and performance capabilities.
2. Material Science - The material science industry can explore disruptive innovation in the development of advanced materials, such as forged titanium and military-grade carbon fiber, that provide lightweight and resilient properties for vehicles.
3. Electric Vehicle Technology - The electric vehicle technology industry has potential for disruptive innovation in the advancement of electric motors that offer higher horsepower, improved acceleration, and extended driving ranges.
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