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UAS payloads and gimbals

2 companies in this category, each profiled from public sources with every line naming where it came from · Uncrewed systems.

The buyer's guide19 August 2026

How to buy UAS payloads and gimbals

A payload is bought for the product it produces, not the sensor it carries. Specify the deliverable and the export classification, and the shortlist writes itself.

This category covers the sensors an uncrewed aircraft carries and the gimbals that point them: electro-optical and infrared turrets, mapping cameras, lidar, multispectral and hyperspectral sensors, and radiation or gas detectors. The aircraft is elsewhere, and so is the autonomy that flies it. The mistake to avoid here is buying a sensor specification instead of the output you need.

Specify the deliverable first

Decide what the customer of the data actually requires: ground sample distance at altitude, absolute or relative accuracy, point density, spectral bands, or the ability to identify a specified object at a specified range. Then ask the supplier to demonstrate that on your aircraft, at your altitude, in your light and weather. Ask what the geolocation accuracy is with and without ground control, and what post-processing is required to reach the claimed figure. Ask what the stabilisation performance is in the wind you fly in, expressed as residual motion, not as a marketing adjective. Ask what the data rate is, how it is stored, and what the workflow to a finished product looks like in hours of human work.

Weight, power and the aircraft it flies on

Ask for the installed mass including the mount, cabling and any additional battery. Ask for the power draw and whether it is within the aircraft's payload bus. Ask what the endurance penalty is on your exact airframe, measured rather than estimated. Ask how the payload is mounted, whether a swap is field-doable, and what calibration a swap requires. Ask about environmental qualification: temperature range, moisture, vibration and shock, and whether the unit has survived a hard landing in the field. Where the payload flies under Part 107, remember the operating rules attach to the operation, so confirm the combined aircraft and payload configuration still fits the approvals you hold.3

Export classification is a shortlisting criterion here

Sensor payloads sit near a line that runs through this market. Fire control, laser, imaging and guidance equipment is enumerated on the munitions list, including electro-optical tracking, laser spot trackers and imaging systems tied to specified characteristics, together with the technical data connected to those articles.1 Items not captured there may still be controlled under the export regulations administered by the Bureau of Industry and Security, which publishes classification guidance, country guidance and the Consolidated Screening List.2 Ask the supplier for the classification of the exact configuration, the basis for it, and what licences a foreign deployment or a foreign national's access would need. For defence work, check the standards called out on the requirement in the government's standardization register, where each document shows a status and dates.4

Questions that sort suppliers

Ask for sample output from your aircraft type and mission profile, not a brochure image. Ask for the accuracy figures with the processing chain that produced them. Ask for the export classification in writing. Ask what calibration the unit needs, how often, and who does it.

Sources, in the order cited

  1. 1Electronic Code of Federal Regulations · 22 CFR Part 121, The United States Munitions List
  2. 2US Department of Commerce, Bureau of Industry and Security · The Export Administration Regulations, classification and the Consolidated Screening List
  3. 3Electronic Code of Federal Regulations · 14 CFR Part 107, Small Unmanned Aircraft Systems
  4. 4Defense Logistics Agency · ASSIST Quick Search, the standardization document register
Reuben Mann, Editor · Four sources

Suppliers in this category

2 companies

Makes: Active Phased Array communications for UAS · Commercial-Scale Arrays for Lunar Exploration: Communications and Sensing System

  • Contract award: Air Force SBIR/STTR award 2021, contract FA8649-21-P-0788: Active Phased Array communications for UAS SBIR and STTR award data
  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2020, contract 80NSSC20C0396: Commercial-Scale Arrays for Lunar Exploration: Communications and Sensing System SBIR and STTR award data
  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2021, contract 80NSSC21C0568: Commercial-Scale Arrays for Lunar Exploration: Communications and Sensing System SBIR and STTR award data

Makes: Novel Payload Conveyance System - Demonstration in Planetary Berm Construction

  • Contract award: National Aeronautics and Space Administration SBIR/STTR award 2022, contract 80NSSC22PA992: Novel Payload Conveyance System - Demonstration in Planetary Berm Construction SBIR and STTR award data
  • The company's own statement: Revolutionizing construction with advanced 3D printing technology. Faster, smarter, and more sustainable building solutions. Contour Crafting Corporation website
  • The company's own statement: Services Integrated Automated Construction Contour Crafting Corporation delivers automated construction not as a standalone machine, but as a complete, deployable capability. Our services span system deployment, digital construction workflows, field operations, training and lifecycle support. Contour Crafting Corporation website