CanadaBuys #26-58045

NRC Solicits Small Autonomous Multi-Copter UAS Platforms for R&D

The National Research Council Canada (NRC) is seeking offers for at least five small autonomous multi-copter Unmanned Aerial Systems (UAS) platforms to support advanced research and development in aerospace and robotics. - Government Buyer: - National Research Council Canada (NRC) - Center for Drone Innovation (CDI) / Drone and Flight Autonomy Laboratory (DFAL) - Products Requested: - Minimum of five (5) small autonomous multi-copter UAS platforms - All-electric propulsion - Maximum takeoff weight: 25 kg - Minimum payload capacity: 2.5 kg - Minimum 30 minutes hover endurance at 400 feet with 2 kg payload - Compatibility with Pixhawk v6X or Cube autopilot hardware - Support for open-source flight software: ArduCopter v4.6+ and PX4 v1.16+ - Includes remote controls, batteries, chargers, quick-release propellers, point-to-multipoint telemetry link, manuals, and configuration files - Optional items: spare batteries, propellers, repair kits, and extended warranty (two additional one-year periods) - Services Requested: - Comprehensive training for laboratory/research staff (assembly, pre-flight checks, ground control station operation, flight safety, emergency procedures, calibration, tuning, maintenance, and battery management) - Training delivered remotely or in-person, with digital training materials - Unique/Notable Requirements: - Platforms must be open, versatile, and suitable for R&D testbeds - Strict technical criteria for payload, endurance, and compatibility - Only Canadian suppliers or those from partner countries eligible - Mandatory eco-friendly packaging - Potential future requirements for greenhouse gas emissions disclosure and reduction - Delivery required to Mirabel, Quebec - Optional extended warranty periods available

Description

The National Research Council of Canada's Center for Drone Innovation is seeking to acquire a minimum of five small autonomous multi-copter Unmanned Aerial Systems. These platforms are intended to serve as open, versatile research and development platforms meeting specific technical and performance criteria. The systems will enable the research team to develop, test, and validate advanced aerial applications, autonomy, flight control algorithms, and custom payload integrations. The contract duration is estimated at 15 months starting from July 17, 2026.

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