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GNSS – Based Localization Unit for Off-Road Autonomous Test Platform

GNSS – Unité de suivi de la plateforme d'essai autonome tout-terrain

Description

Supply a GNSS-based localization unit and accompanying hardware to the NRC. The NRC will be conducting off-road driving research in rugged arctic environments involving high-fidelity terrain sensing. Such an application requires a localization unit to facilitate coordinate frame registration through time and space. The localization unit must provide high resolution data (cm level accuracy via RTK fix) at a sufficiently high update rate (= 100hz) while also being able to fuse various sensor modalities (GNSS, IMU, wheel odometry, and either LiDAR or camera feeds) to improve overall accuracy or accommodate individual sensor outage (such as GPS denial). The unit should support both base station and remote GNSS RTK correction data (through the TerraStar provider which boasts worldwide coverage). The unit must also be ruggedized to withstand the various environmental stressors which might be encountered during off-road driving in the arctic. The supplier must provide a matching RTK base station capable of RF transmission of RTK corrective data in the range of several kilometers assuming direct line-of-sight. A reduced volume footprint and power consumption are also desirable.

Quick Summary

The National Research Council of Canada (NRC) is seeking a GNSS-based localization unit and related hardware for off-road autonomous vehicle testing in rugged arctic environments. The system must deliver centimeter-level accuracy with high update rates, fuse multiple sensor inputs, and be rugged enough for harsh conditions. Additionally, a compatible RTK base station with RF transmission capability is required.

Ideal For

Companies specializing in advanced GNSS localization systems and ruggedized sensor hardware for autonomous or off-road applications should bid.

GNSS technologyLocalization systemsAutonomous vehicle hardwareArctic research equipmentRTK base stationsSensor fusion technology
High complexity

Tender Details

Reference Number
cb-605-48981706
Solicitation Number
25-58213
Publication Date
Dec 12, 2025
Closing Date
Jan 12, 2026
Expected Start
Jan 19, 2026
Expected End
Mar 31, 2026
Procurement Method
Competitive - Open bidding
Selection Criteria
Lowest Price
Notice Type
Request for Proposal

Classification

UNSPSC Code
25151704; 41100000
UNSPSC Description
Scientific or research satellites; Laboratory and scientific equipment

Trade Agreements

Canadian Free Trade Agreement (CFTA); Canada-Korea Free Trade Agreement (CKFTA)

Contracting Entity

National Research Council of Canada (NRC)

1200 Montreal Road

Ottawa, ON

Contact

Carol Cooper

carol.cooper@nrc-cnrc.gc.ca

(902) 293-8053

Regions of Delivery

Canada