Schuwirth manufactures dedicated control peripherals for glider and sailplane flight simulators, such as joysticks and quadrants that replicate authentic cockpit geometry. The devices use high‑resolution sensors and native USB HID for plug‑and‑play integration, with modular, CNC‑machined construction and programmable buttons for airbrake, flap, and trim functions. They are sold directly to pilots, enthusiasts, and training centers, with options for custom configurations and firmware support.
Funding
Funding not disclosed
Founders
Product
Problem
Glider and sailplane flight simulators lack dedicated control peripherals that accurately replicate the unique control geometry and tactile feedback of real aircraft, forcing users to rely on generic gaming devices that provide imprecise, non‑deterministic input.
Solution
Schuwirth delivers purpose‑built control hardware—joysticks, quadrants, and related interfaces—engineered specifically for glider and sailplane simulation. Each unit incorporates high‑resolution axis sensors and a native USB HID interface, eliminating the need for custom drivers and ensuring plug‑and‑play compatibility with standard simulator software. The mechanical design mirrors authentic sailplane control layouts, including optional detents and programmable buttons that reflect real‑world operations. Production combines high‑precision CNC machining, laser cutting, and technical 3D printing to achieve tight tolerances and long‑term durability. Customers can request bespoke configurations, and firmware updates are delivered directly to maintain performance as simulators evolve.
Target Audience
Primary customers are glider pilots, sailplane flight‑simulation enthusiasts, and training facilities that require high‑fidelity control inputs for realistic cockpit experiences.
Features
- High‑resolution potentiometric/optical axis tracking delivering sub‑0.1 % travel repeatability across the full control range
- Native USB HID compliance for instant OS and simulator integration without driver installation
- Control geometry derived from certified sailplane schematics, with mechanically accurate detents and programmable button clusters for airbrake, flap, and trim functions
- Modular architecture allowing easy swapping of grips, extensions, and sensor modules to accommodate different cockpit layouts
- CNC‑machined aluminum/aluminum‑alloy frames and laser‑cut polymer components for superior rigidity and vibration resistance
- Technical 3D‑printed parts for complex ergonomic features and rapid iteration of custom designs
- Firmware that supports real‑time calibration, axis mapping, and USB HID descriptor updates via a secure bootloader
- Hard‑mounting provisions and standardized mounting plates for seamless integration into existing simulator cockpits