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Suppliers: EO/IR Gimbals
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ASELSAN
Turkey
Cutting-Edge Unmanned Systems, Counter-UAS Solutions, and UxV Technology for the Modern Battlefield
Platinum Partner
Austars Model
Australia
Advanced VTOL & Fixed-Wing UAVs | State-Of-The-Art Technologies for Unmanned & Autonomous Aircraft
Platinum Partner
Trillium Engineering
USA
(2 locations)
UAV Gimbal Payloads - EO & EO/IR Drone Camera Gimbals for Tactical UAS
Platinum Partner
UXV Technologies
Denmark
Pioneering Ground Control Stations (GCS), Gimbals & Tactical Solutions for Unmanned Systems & Defense Robotics
Platinum Partner
Redwire
USA
(17 locations)
Long-Endurance Fixed-Wing & Hybrid VTOL UAVs | UAV Payload Camera Systems | Power Systems
Gold Partner
CACI International
USA
(3 locations)
Software-Enabled Gyro-Stabilized Gimbal Systems for UAVs, Unmanned Systems, & Counter-Drone Applications
Gold Partner
Velox by Nanomotion
Israel
(2 locations)
Miniature Two-Axis Gyro-Stabilized EO/IR Payloads for Commercial & Defense Applications
Gold Partner
Blitz Technology
Turkey
UAV Gimbal Payloads & Video Processing Solutions – Multi-Sensor EO/IR Drone Camera Solutions
Gold Partner
Trakka Systems
USA
(3 locations)
Multi-Sensor Imaging Gimbals, Searchlights and VMS Software for Air, Land & Maritime Platforms
Gold Partner
Gremsy
Vietnam
(3 locations)
Stabilized Camera Gimbals & Multi-Sensor Payload Systems for Unmanned Aerial Operations
Gold Partner
Gold Partner
Leonardo DRS
USA
(5 locations)
Cutting-Edge Electro-Optical & Infrared Imaging Gimbals for Advanced UAV ISR & Targeting
Silver Partner
Overwatch Imaging
USA
Advanced Imaging & Sensor Autonomy for Time-Critical Airborne Intelligence Missions
Silver Partner
Silver Partner
Chess Dynamics
UK
(3 locations)
Electro-Optical Surveillance and Video Processing for Unmanned Systems & Counter-Drone Applications
Silver Partner
Silver Partner
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Specification Comparison: EO/IR Gimbals
Compare key specifications of selected EO/IR gimbals for drones and UAVs. This table brings together manufacturer-reported data on payload weight, physical dimensions, visible and thermal imaging, and environmental protection.
Specifications are manufacturer-reported and may vary by model or configuration.
| Make / model | Weight (kg) | Dimensions (mm) | EO Resolution | IR Resolution | IP Rating |
|---|---|---|---|---|---|
| Trillium Engineering HD59-MLVS | 2.05 kg | 147 × 202 (W × H) | 1920 × 1080 | MWIR 1280 × 1024; LWIR 640 × 512; SWIR 640 × 512 | IP65 |
| Austars Model INYYO Q355 | Unknown | Unknown | 1920 × 1080 | 1280 × 1024 | Unknown |
| UXV Technologies Optroxa GMB 550 | 550 g | Unknown | 2048 × 1536 | LWIR 640 × 480 | IP65 |
| ASELSAN ASELFLIR-500 | 52 kg ±5% | 480 × 520 (W × H) | 4096 × 2880 | MWIR 1280 × 1024; SWIR 1280 × 1024 | Unknown |
| CACI International CM102 | Under 900 g | Ø100 × H150 | 1920 × 1080 | LWIR 1280 × 1024 | IP65; IP67 (optional) |
| Redwire Octopus E180 | 3.75 kg | Ø180 × H227 | 3840 × 2160 | Cooled MWIR 640 × 512 | Unknown |
| Velox by Nanomotion Velox EO/IR Payload | 430 g | Ø71 × H130 | 12.3 MP | LWIR 640 × 512 | IP54 |
| Blitz Technology SPECTRUM 800 PLUS | 950 g | Ø168 × H113 | 1920 × 1080 | 640 × 512 | IP66 |
| Gremsy KESTREL | 200 g | 56 × 77 × 86 (D × H × W) | 1280 × 720 | 640 × 512 | IP54 |
| UAVOS GOS-155D/T | 1.8 kg | Ø157 × H200 | 1280 × 720 | LWIR 1280 × 1024 | IP65 |
| Trakka Systems TrakkaCam TC-300 Gen II | Unknown | Unknown | HD EO | Multispectral IR | Unknown |
| Aerora Technology DR64TR | 262 g | 101 × 110 × 90.64 (W × H × D) | 64 MP (still); 3840 × 2160 (video) | 640 × 512 | IP54 camera; IP44 enclosure |
| Vertigo Global ISTAR120 | 1.4 kg | Unknown | 1920 × 1080 | Unknown | Unknown |
| Leonardo DRS STAG-8-MLD | Under 5.44 kg | Ø196.85 × H279.4 | 1920 × 1080 | MWIR 1280 × 960; SWIR 640 × 480 | IP54 |
Notes: “Unknown” = not confirmed by the manufacturer information used.
Drone EO/IR Gimbals for Surveillance, Security & Defense
EO/IR Gimbal for UAVs & Drones
Electro-optical (EO) and infrared (IR) thermal imaging is utilised within drone and unmanned systems targeting and tracking systems, often developed for surveillance, security and defense applications.
TrakkaCam TC-375 Drone EO/IR Gimbal by Trakka Systems
EO/IR gimbal payloads are manufactured for UAVs (unmanned aerial vehicles), drones and unmanned vehicles (including USVs and UGVs) as well as fixed-site installations.
Applications for EO/IR gimbals fitted to unmanned systems include; counter-drone measures, unmanned aerial and ground vehicle observation, surveillance and targeting, coastal and border patrol, and security.
EO/IR Sensors for UAVs
EO/IR sensors and camera systems are suited to a broad spectrum of unmanned aerial platforms, including VTOL multirotor UAVs, fixed-wing and hybrid UAVs, as well as tethered drones, aerostats and balloons. In addition they can be fitted to fixed site installations, unmanned ground vehicles (UGV) and unmanned surface vehicles USV).
Miniature EO/IR Gimbals
HD45 Drone EO/IR Gimbal by Trillium Engineering
Developed for short, medium and long-range aerial missions, EO/IR gimbal payloads for UAVs are designed to meet a variety of SWAP (Size Weight and Power) requirements. Often miniature EO/IR gimbals are engineered for specific mission types and conditions, for example daytime, night-time and tactical operations. Lightweight and easy to mount, they can be efficiently swapped out depending on drone and/or mission requirements.
EO/IR Gimbal Camera Systems
EO/IR gimbal camera systems can contain a variety of cameras and sensors, such as single and double Field of View (FOV) cameras, daytime and night-time sensors, thermal imaging cameras, CCD sensors, and various strength optical zoom cameras.
Complete EO/IR gimbal camera systems can also house high-definition video tracking, target tracking and image enhancement and processing capabilities. Multi sensor gimbal payload systems enable users to select a range of cameras and sensors unique to individual mission requirements and can be deployed onboard a broad selection of fixed-wing UAVs, unmanned helicopters, UGVs and USVs.
Gyro-Stabilised EO/IR Gimbals
Depending on the type and maximum payload capacity of the UAV or unmanned system, gyro-stabilized EO/IR gimbals can have 2, 3 or 4 axis:
- 2-axis gimbals – stabilize pitch and roll
- 3-axis payloads – stabilize yaw, pitch and roll
- 4-axis systems – stabilize yaw, pitch and roll, plus up and down motion
PTS-80AD EO/IR Payload by Austars Model
Gyro-stabilized EO gimbals can be fitted, alongside a variety of LWIR (longwave infrared), MWIR (medium wave infrared), SWIR (shortwave infrared) and NIR (Near infrared) thermal cameras.
Applications
Used for detection, recognition and identification of aerial, land-based and maritime targets, gyro stabilized EO/IR gimbals form a critical part of unmanned surveillance systems. Capable of real-time, short, medium and long-range detection, they are used for ISTAR (Intelligence, Surveillance, Targeting and Reconnaissance), as well as counter-UAS and anti-drone defenses, and search and rescue operations.
EO/IR gimbal payloads, cameras and sensors are also used onboard industrial inspection drones, UAVs used for mapping, survey, aerial inspection and environmental monitoring.
Frequently Asked Questions
Which specifications matter most when choosing an EO/IR gimbal for long-range surveillance?
Identification performance at the required operating distance matters more than zoom magnification alone. Relevant specifications include visible and thermal resolution, lens focal length, field of view, and stabilization performance. Range figures should relate to defined target sizes and conditions, since detecting a subject does not establish whether the resulting image provides enough detail to identify it.
Is a cooled or uncooled thermal camera better for a drone EO/IR gimbal?
The better choice depends on the imaging performance required and the drone’s integration limits. Cooled cameras can offer advantages for demanding sensitivity and imaging requirements, while uncooled cameras generally avoid the complexity and maintenance associated with cryogenic cooling. Compare complete payload configurations, including optics, power consumption, startup time, and installed weight, rather than assuming either detector type is always preferable.
When is a laser rangefinder worth including in an EO/IR gimbal?
A laser rangefinder is worth including when measured distance supports a mission requirement, such as locating an observed subject or determining its distance from the aircraft. For observation tasks that do not require range data, the additional capability may offer less value. Selection should account for usable measurement range, camera alignment, and the added weight, power demand, and integration requirements.
Does an EO/IR gimbal need continuous rotation?
Continuous rotation is useful when the camera must follow a subject through repeated changes in bearing without reaching a pan limit and reversing direction. A limited-travel gimbal may be sufficient for a defined viewing sector. The aircraft’s installed viewing envelope still matters, since the fuselage, wings, or landing gear can obstruct an otherwise unrestricted gimbal.
