Haulotte Lifts Gain Sensors That Halt Near Aircraft

ODA is a factory-installed option on three models, with pricing and availability dates not yet announced.

Updated on Nov. 3, 2026 in Robotics

Flat-color editorial illustration of a boom-arm assembly with a small sensor housing and emitter pod, with concentric sound-wave arcs radiating into open space.
Haulotte has launched its ODA obstacle-detection system on three aerial work platforms, which halts machine motion before a collision, with pricing and availability still unannounced. AI Illustration. Upload story photo >

Haulotte has launched ODA, an obstacle detection system for its aerial work platforms, offered as a factory-installed option on three models: the Star 10 mast boom, the Sigma 16 Pro articulated boom lift, and the HA20 E Pro articulated boom lift. The system is shipped as a product option rather than a research prototype.

Why it matters

Lifts operating near aircraft and sensitive equipment have historically relied on operator vigilance, and ODA shifts part of that burden to onboard sensing that halts motion before a collision. The system was developed with aviation maintenance specialists and field-tested for several months on real applications, reflecting a trend toward embedding collision-avoidance sensing into heavy industrial machinery.

The launch specifications list working heights of 10 metres for the Star 10 and sizes of 46ft and 60ft for the Sigma 16 Pro and HA20 E Pro. The source does not report measured detection range or collision-reduction results from the months-long field test.

The players

Haulotte

French manufacturer of aerial work platforms, including mast booms and articulated boom lifts, that developed ODA with aviation maintenance specialists.

IATA

The International Air Transport Association, the global trade body for airlines, which estimates annual aviation ground damage costs at €5 billion.

The details

ODA combines ultrasonic sensors, which emit sound waves and read their echoes to estimate distance, with a laser sensor on some models. The sensors are mounted on the upper parts of the lift to detect obstacles, and proximity data is relayed through a dedicated human-machine interface that issues audible and visual alerts. When a collision appears imminent, the system stops automatic movement, and it also blocks machine start-up if the platform gate is not properly closed.

Timeline

  1. November 3, 2026: Haulotte launches the ODA system.

The Tech Race

ODA positions Haulotte's aerial work platforms against the ground-damage problem in aviation maintenance, a cost IATA puts at €5 billion a year globally. The launch is a product-level move that adds onboard sensing to existing lift hardware rather than a new platform category.

ODA is a factory-installed option on the Star 10, Sigma 16 Pro, and HA20 E Pro, so operators choosing those models can specify it at purchase. The source does not state pricing or availability dates, so buyers should confirm timing directly with Haulotte.

The takeaway

ODA shows collision-avoidance sensing moving into everyday aerial work platforms, not only research robots. Watch for field results that report measured collision reductions, which would confirm whether the sensing performs as the launch describes.

Further reading

For broader context on how sensing is being built into industrial machines, see Robotics coverage.

Source note: This article includes information reported by Vertikal.