Two- and three-axis stabilised turrets, dual- and triple-sensor pods, electro-optical seekers and a 6 TOPS AI tracking module. Optics, servo control and image algorithms are developed in-house, with mechanical and electrical interfaces adapted to your airframe.
Five lines — HQ gimbals, XQ and SQ pods, micro pods and seekers — from a 190 g FPV micro pod to a 22 kg four-sensor pod.
Two-axis stabilised, pairing 8.5 mm fixed lens at 2688×1520 visible with 640×512 uncooled thermal (19 mm). Detection reaches 0.73 km on a person and 3.3 km on a vehicle, with recognition at 0.2 km and 0.8 km; the unit weighs 260 g. The go-to for FPV and man-portable platforms.
Three-axis stabilised, fixed and zoom visible (zoom 15.3–49.7 mm at 8000×6000) with 640×512 uncooled thermal (19 mm), plus a 1.5 km laser rangefinder. Detection reaches 3.8 km on a person and 15 km on a vehicle, with recognition at 0.9 km and 5.7 km; the unit weighs 400 g. 33 MP fixed plus zoom, covering search and identification.
Three-axis stabilised, pairing 40× zoom 4.25–170 mm at 1920×1080 visible with 640×512 uncooled thermal (35 mm), plus a 3 km laser rangefinder. Detection reaches 6.5 km on a person and 17 km on a vehicle, with recognition at 1.6 km and 9.8 km; the unit weighs 1.4 kg. 40× triple-sensor, the long-range reconnaissance standard.
Two-axis stabilised, pairing 55× zoom 4.25–234 mm at 1920×1080 visible with 640×512 cooled MWIR thermal (20–275 mm zoom), plus a 9 km laser rangefinder. Detection reaches 10.1 km on a person and 25 km on a vehicle, with recognition at 2.7 km and 16 km; the unit weighs 7 kg. 55× zoom alongside a cooled MWIR channel.
Four-axis stabilised, pairing 30× zoom 4.3–129 mm at 1920×1080 visible with 640×512 cooled MWIR thermal (40–220 mm zoom), plus a 15 km laser rangefinder. Detection reaches 6 km on a person and 15 km on a vehicle, with recognition at 1.5 km and 9 km; the unit weighs 10 kg. Four-gimbal torque motors with 15 km ranging.
Four-axis stabilised, 30× zoom 10–300 mm at 1920×1080 visible, 640×512 SWIR and 640×512 cooled MWIR thermal (15–330 mm zoom) on one axis, plus a 15 km laser designator; the unit weighs 22 kg. The four-axis, four-sensor 22 kg flagship.
Optics, servo, image algorithms and final assembly happen inside one organisation, so every figure is measurable and repeatable.
Optical design, stabilised platforms, servo control and AI tracking algorithms are all developed here — a change touches one team, not three suppliers.
Stabilisation accuracy, LOS rate accuracy and tracking isolation are calibrated unit by unit on a rate table with a collimator, and the test record ships with the unit.
Focal length, mechanical interface, supply range, housing finish and video protocol can all be adjusted, from a single unit.
Chinese, English and Russian teams work directly with you, and we handle proforma invoice, packing list and end-user certificate.
Send the airframe, required range, weight budget and quantity. You get a configuration proposal and quotation within three working days.
