Slide 1
SOFTWARE
AT THE
CUTTING EDGE.

Windracers Autopilot

Windracers Autopilot uses a masterless, distributed flight-control architecture, with flight-critical functions across independent nodes that sense aircraft state and manage actuations, ensuring fault tolerance. It composes GNSS, inertial, magnetometer, airspeed, and visual data for accurate navigation, even in contested environments.

Flight-critical software – navigation, avionics, an communications – is physically isolated from payload and other non-critical functions. 

Find out how ULTRA’s software can deliver your mission.

Windracers Mission Control

Windracers Mission Control, fully integrated with our flight control software, is a cloud-enabled platform that lets operators securely task and monitor aircraft via a web interface. Mission Control support the creation and management of missions that require demanding timelines and complex routing requirements as well as high operational intensity.

Mission Control supports third-party APIs with integrated terrain, weather, airspace, and traffic data, allowing customers to build applications using live flight data with a locally executable version available for offline operations. 

Mission Logic
Engineered for complex, high-value operations with consistent performance.
01
System Stability
Built to maintain precision and clarity through demanding, high-pressure missions.
02
Operator Control
Gives teams immediate authority to adjust routes and tasks in real time.
03

Plan and Deliver The Mission

Windracers Mission Control is the cloud software interface that lets Windracers ULTRA pilots plan and execute missions using Windracers ULTRA. Giving full control to change the mission at a moment’s notice, Mission Control is the proprietary software that tells Windracers Autopilot what to do to complete the mission.  

Find out how ULTRA delivers in real-world scenarios.

We’ve supported organisations in different sectors around the globe.

Global Mission-Ready Capability

ULTRA supports missions across continents, powering defence logistics, humanitarian operations, long-range research and essential UAV delivery activity. Its autonomous decision-making, stability and resilience allow operators to run critical missions without unnecessary risk.

Mission Execution Engine
  • Runs operator-built missions as designed.
  • Executes autopilot routing without manual input.
  • Adjusts instantly to mid-flight updates.
Masterless System Architecture
  • Distributes core functions across modules.
  • Removes single-point failures entirely.
  • Keeps mission logic active if a component drops.
In-Flight Intelligence
  • Processes live data as events happen.
  • Delivers clear, time-accurate insights.
  • Flags change without slowing the mission.
Autopilot Integration
  • Connects mission plans to execution seamlessly.
  • Aligns tasks with real-time routing.
  • Applies deterministic rules to every action.