Robostral Navigate

Mistral's 8B robotics navigation model that steers wheeled, legged, or flying robots using a single RGB camera and plain-language instructions.

Mistral AI · Frontier/foundation models · model

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Overview

Robostral Navigate, released July 8, 2026, is an 8-billion-parameter embodied-AI model that lets robots autonomously navigate complex environments from a single RGB camera and a natural-language instruction, with no LiDAR or depth sensors required. Trained entirely in simulation on roughly 2.4 million recorded trajectories across thousands of virtual spaces, it achieves 76.6% success on unseen R2R-CE navigation benchmarks, outperforming both the best single-camera approach and systems using depth or multiple cameras, and generalizes across wheeled, legged, and flying robot form factors. It is a proprietary, enterprise-access model marking Mistral's entry into physical AI for factories, warehouses, and industrial automation; weights are not publicly released.

This is a sourced directory entry. Features and capabilities are reported in the linked sources; this entry does not document independent Aymorphic testing.

Key features

  • Single RGB camera input, no depth sensors or LiDAR required
  • 76.6% success on R2R-CE validation unseen; beats best single-camera approach by 9.7 points and depth/multi-camera systems by 4.5 points
  • Generalizes across wheeled, legged, and flying robot hardware
  • Trained entirely in simulation (~2.4M trajectories across 6,000+ virtual spaces)
  • Combines pointing-based navigation with displacement commands and online reinforcement learning

Use cases

  • Autonomous robot navigation in offices, warehouses, and industrial facilities
  • Vision-language navigation for indoor/outdoor service robots
  • Physical AI deployments across mixed robot fleets and form factors

Pricing

Not publicly priced; enterprise access via contact/sales, no open weights or public API at launch.

Pricing reflects the source record and may change. Confirm current terms with the provider.

Dates and sources

Released
8 Jul 2026
Record updated
23 Sept 2026
Record last checked
23 Sept 2026

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