Innoviz Launches 1 Km Long-Range LiDAR Sensor

Why It Matters

A kilometre‑scale perception range dramatically improves safety and decision‑making for high‑speed autonomous trucks and robotaxis, opening new revenue streams in logistics, digital twins and airport operations.

Key Takeaways

• 1‑km detection range for automotive LiDAR
• Uses same production line as InnovizTwo, speeding ramp‑up
• 667 points/°² resolution, 120°×24° field of view
• PoE enables single‑cable installation on infrastructure
• Targets robotaxis, heavy trucks, digital twins, runway debris detection

Pulse Analysis

The autonomous‑driving market has long wrestled with the trade‑off between sensor range and cost. While most production LiDARs top out at 200‑300 meters, Innoviz’s Ultra Long‑Range (ULR) pushes that boundary to a full kilometre, aligning sensor capability with the stopping distances of heavy trucks and the high speeds of highway robotaxis. This leap narrows the perception gap that has limited broader adoption of driverless technology, especially in freight corridors where early detection of obstacles can prevent costly accidents.

Technically, the ULR leverages the proven manufacturing platform of the InnovizTwo, allowing the company to scale quickly without retooling factories. Its 667 points per square degree resolution and 120° × 24° field of view generate dense 3D point clouds that support precise lane‑keeping and obstacle classification even under adverse weather. The inclusion of Power‑over‑Ethernet (PoE) simplifies installation for static infrastructure such as traffic‑management hubs or airport runways, reducing wiring complexity and maintenance overhead. Moreover, the sensor’s Class 1 eye‑safety rating ensures compliance with global safety regulations, a critical factor for mass‑market deployment.

The broader implications extend beyond vehicle autonomy. With kilometre‑scale sensing, operators can feed richer data into digital‑twin models, improve traffic‑prediction algorithms, and monitor runway conditions in real time. For heavy‑truck fleets, the technology promises safer braking and lane‑planning at highway speeds, potentially lowering insurance premiums and regulatory scrutiny. As automakers and logistics firms chase higher efficiency, Innoviz’s ULR positions the company as a key enabler of the next wave of high‑speed, high‑reliability autonomous solutions.