Stryker has officially unveiled the Rogue Maverick, a high-performance off-road vehicle engineered for speed, control, and conquering challenging terrains. According to Stryker, the Rogue Maverick is a purpose-built racecar developed from the ground up. The company states that it combines a custom chassis and aerodynamic package with a proven drivetrain, representing the forefront of off-road capability and accessible motorsport innovation.
The Rogue Maverick features a completely custom chassis, built from scratch, and an aerodynamic package specifically designed for the rigors of events like the Pikes Peak International Hill Climb. Power comes from a custom-built, compound turbo Rotax race engine developed by Evolution Powersports. Stryker emphasizes the blending of a proven drivetrain with an innovative platform in the Rogue Maverick's design.
According to Stryker, the Rogue Maverick was born from the vision of Pikes Peak champion Cole Powelson. Stryker states that this initial vehicle serves as a testbed engineered to tackle demanding races such as the 2025 Pikes Peak International Hill Climb.
Key features of the Stryker Rogue Maverick, according to the manufacturer:
- Custom-built chassis
- Aerodynamic package optimized for Pikes Peak
- Custom-built, compound turbo Rotax race engine by Evolution Powersports
- 450 horsepower
- 400 lb-ft of torque
The Stryker Rogue Maverick carries a price tag of $175,000. Additional information can be found at drivestryker.com.
Analysis
The Stryker Rogue Maverick's entry into the UTV market represents a bold move, targeting the high-end segment with a focus on extreme performance. The vehicle's development as a Pikes Peak testbed highlights its emphasis on power, handling, and durability. The collaboration with Evolution Powersports for the engine development further reinforces this commitment to performance. The price point of $175,000 positions the Rogue Maverick as a premium offering, likely aimed at serious racers and enthusiasts who demand the best in off-road technology. It will be interesting to see how this vehicle performs in real-world conditions and whether it can live up to its ambitious design goals.
