Orchid-Inspired Hypercars

The Dendrobium is Singapore's First Homegrown Hypercar

The Dendrobium is a powerful electric hypercar that is named after a Singaporean orchid but is anything but flowery in performance.

This hypercar will be fitted with between 900 and 100 Kilowatt-hour batteries, granting it a range of 400 km -- which is roughly the distance you'd cover if you traversed across Singapore eight times and back. The vehicle is set to be able to zoom from zero to 100 km/h in a ridiculous 2.6 seconds on its way to a top speed of 100 km/h. Stability control and torque vectoring technologies will ensure that the insane speeds do not send the car toppling over.

The Dendrobium hypercar will be offered in an extremely limited production run of just 10 vehicles, making it one of the most exclusive automotive offerings ever. What's so special about this hypercar is the fact that it is being made by a company that has never built a car before, and has gone for a record-breaking hypercar for its first attempt.
Trend Themes
1. Electric Hypercars - The trend emphasizes the need for powerful performance and sustainability, enabling disruptive innovation in battery technology.
2. Limited Production Offerings - Creating exclusive offerings for a niche market allows for a unique buying experience and added value for consumers.
3. First-time Car Makers - Inexperienced companies developing high-performance vehicles with new design techniques and materials can lead to groundbreaking innovation in the automotive industry.
Industry Implications
1. Automotive - The industry can explore the potential of electric power and exclusive limited editions to cater to luxury consumers.
2. Battery Technology - The industry can research and develop new battery solutions to meet the demands of high-performance electric vehicles.
3. Composite Materials - The industry can create innovative material technology to provide a lightweight and durable alternative to traditional metals used in automotive manufacturing.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE & IMAGES