Star Trek Starship ES Plug-in Hybrid Version to Go on Sale Next February 18th
A new version of the Star Trek Starship ES plug-in hybrid vehicle, expected to hit production lines soon and go on sale in March, will start its pre-order campaign next February 18th. The model comes equipped with a 1.5T enhanced driving force and an estimated total range of up to 1645 kilometers.
The exterior design of the enhanced version features two unique star-galaxy violet colors options among several other existing ones. The rest of the car follows pure-electric vehicle standards except for enhancements made in this particular plug-in-hybrid model to accommodate the increased driving force produced by its enhanced motor unit. Notably, some distinctive features in addition to standard front and rear lights include an active grill at the front equipped with LED daylights for improved visibility under low-light conditions.
Its interior remains relatively intact despite changes made by the hybrid technology component for better efficiency. The new model includes enhanced performance by having both left and right side air vents and a more robust sound system, while the rear seats come fitted with an adjustable headrest to improve support during driving sessions.
Details include:
- Length: 4945 mm
- Width: 1978 mm
- Height: 1480 mm
- Wheelbase: 3000 mm
- Exterior Colors: Star Galaxy Violet, Black, etc.
- Interior Colors: Ebony/Silber White and Black or other
As for the technical features of this automotive marvel, its plug-in hybrid technology powers up the front electric motor at max around 105 kW under normal conditions. This is augmented by a powerful rear-motor driving system that offers an estimated total range of approximately 1645 kilometers with combined driving conditions.
To recharge its extensive battery capacity for improved overall performance and efficiency, several additional improvements were incorporated into this model to include:
- A 24C Peak Battery Capacity
- Top Speed Charging - 110kW
- Estimated Recharge Time: Approximately 17-45 minutes depending on the remaining power reserve
