
PT130
30× zoom, thermal imaging and 2 km ranging.
Intelligent EO/IR systems · 2026
Stabilized airborne payloads, AI tracking and precision seekers — engineered as one optical stack for detection, tracking and guidance.

Visible, thermal and laser sensors acquire targets across day, night and low-contrast conditions.
Explore sensingOnboard AI recognizes people, vehicles, boats, UAVs and buildings, then proposes a track.
TK5340Two- and three-axis stabilization keeps the target centred through vibration and airframe motion.
Tracking systemsCompact IR and TV seekers provide terminal homing for guided munitions and interceptors.
Seeker familyThe GIMBAL-AI range
Each product stands alone. Together they connect acquisition, classification, stabilization and terminal guidance.
Onboard recognition that turns video into a stable target track.

Stabilized visible, thermal and laser sensing for small and tactical UAVs.

Long-range observation and target identification from fixed pedestals.

A 360° fixed-site sensor with fast lock-on and day/night reach.

Compact IR, visible and dual-sensor guidance from Ø40 to Ø180 mm.

Selected systems
From a 250 g day/night gimbal to a 7.3 km counter-UAS sensor, the range scales with platform and target set.

30× zoom, thermal imaging and 2 km ranging.

A 250 g three-axis gimbal with thermal and 4K.

A fixed-site counter-UAV eye with a 3-second panoramic scan.
Mission configurations
A typical engagement pairs an acquisition sensor, a stable tracking payload and a guidance or response layer.
Detect small air targets, maintain a track and hand off to an interceptor or effect layer.
Compact tri-sensor and dual-sensor payloads for persistent airborne observation.
Fixed-site thermal and visible coverage for wide-area situational awareness.
Small, shock-rated seekers for terminal homing and target confirmation.
Technology stack
Sensor, stabilization, compute and guidance are considered together — not assembled as isolated components.
Visible, near-infrared and thermal channels share a common line of sight.
Two- and three-axis control isolates the image from platform motion.
Low-latency recognition and track continuity at the edge.
Engineering & quotations
Tell us the platform, target set and interface envelope. We will help define the optical stack.