The 'Triggo EV' Can Elegantly Tilt While Navigating Tricky Corners
Rahul Kalvapalle — January 23, 2021 — Autos
References: triggo.city & newatlas
The Triggo EV is a uniquely engineered quadricycle that has a range of features that make it ideal for short trips, not to mention parking in notoriously crowded cities.
This particular quadricycle measures in at nearly 1.5 meters in terms of length and is capable of attaining a top speed of 90 km/h, with a top cruise speed of 35 km/h. While these specifications mean the Triggo EV is unlikely to win any motor racing competitions, that's not important in this case because this is a vehicle designed for convenience and control.
The highlight feature of the Triggo EV is its tilting mechanism which enables it to easily and safely navigate corners in a manner that's reminiscent of motorcycles. The quadricycle also has retractable front wheels for easier parking, one of many features that makes it ideal for last-mile travel and delivery services.
This particular quadricycle measures in at nearly 1.5 meters in terms of length and is capable of attaining a top speed of 90 km/h, with a top cruise speed of 35 km/h. While these specifications mean the Triggo EV is unlikely to win any motor racing competitions, that's not important in this case because this is a vehicle designed for convenience and control.
The highlight feature of the Triggo EV is its tilting mechanism which enables it to easily and safely navigate corners in a manner that's reminiscent of motorcycles. The quadricycle also has retractable front wheels for easier parking, one of many features that makes it ideal for last-mile travel and delivery services.
Trend Themes
1. Tilting Vehicles - Developing vehicles with tilting mechanisms that allow for easy navigation of corners and tight spaces.
2. Last-mile Transportation - Creating small, efficient vehicles that are capable of navigating crowded cities and providing convenient last-mile transportation for individuals and delivery services.
3. Retractable Wheels - Designing vehicles with retractable wheels for easier parking and maneuvering in tight spaces.
Industry Implications
1. Automotive - Integrating tilting mechanisms and retractable wheels into electric and hybrid vehicles for improved maneuverability and convenience in urban environments.
2. Delivery Services - Implementing last-mile delivery solutions with compact, efficient vehicles that are capable of navigating crowded streets and parking in small spaces.
3. Urban Transportation - Developing small, lightweight vehicles specifically designed for last-mile transportation and easy navigation in dense urban environments.
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