Driven Technologies designs and manufactures high‑fidelity avionic simulation displays for aviation training, offering panoramic cockpit systems that replicate the exact look and feel of modern military and commercial aircraft. Their solutions support a range of platforms—including the F‑35, F‑22, B‑1B, A350, and B737 MAX—providing realistic visual and functional training environments for pilots and maintenance crews. The company emphasizes reliability, on‑time delivery, and ongoing integration and maintenance support.
Funding
Funding not disclosed
Founders
Product
Problem
Flight training and mission rehearsal require realistic cockpit instrumentation, but existing simulators often lack high‑fidelity, panoramic avionic displays that accurately replicate modern military and commercial aircraft, limiting the effectiveness of pilot training and skill retention.
Solution
Driven Technologies manufactures high‑fidelity simulated avionic displays that reproduce the full instrument suite of aircraft such as the F‑35, B‑1B, F‑22, M346, UH‑60M, A350, and B‑737 Max. The panoramic cockpit displays integrate with existing flight‑deck simulators, providing pilots with visual and functional fidelity comparable to the actual aircraft. Driven’s products are engineered for durability and on‑time delivery, and the company offers post‑sale integration support and maintenance to ensure continuous operation. By delivering precise visual replication, the displays enable more effective training, mission rehearsal, and skill transfer for both military and commercial aviation customers.
Target Audience
Primary customers are military flight training centers and commercial airline training organizations that require accurate, high‑fidelity cockpit simulations for pilot instruction and mission rehearsal.
Features
- Panoramic, high‑resolution screens that replicate the exact layout and graphics of target aircraft cockpits
- Support for a wide range of platforms, including fifth‑generation fighters (F‑35, F‑22) and commercial airliners (A350, B‑737 Max)
- Modular hardware design for easy integration into existing flight‑deck simulators
- Built‑to‑spec reliability and ruggedization for intensive training environments
- Ongoing technical support, software updates, and maintenance services after delivery