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A practical UAV gimbal integration guide covering optical alignment, power, UART timing, thermal paths, calibration, environmental tests and finished-system eye safety.

A practical overview of optical, mechanical, thermal, electrical and validation trade-offs when engineering compact 1535 nm laser rangefinder modules.

Verified LDR20K1 specifications for 20 mJ, 1064 nm ranging and designation, including range, beam, SWaP, electrical and RS-422 integration requirements.

The 14 g LRF0305C combines 10–4,000 m ranging, ±1 m accuracy, 1–10 Hz operation and UART control in a 27 × 25 × 15.5 mm module for UAV and EO/IR payloads.

Compare range, accuracy, target conditions, repetition rate, beam divergence, SWaP, interface and qualification requirements when selecting a 1535 nm laser rangefinder module.

Understand how infrared laser rangefinders measure distance, how 905 nm, 1064 nm and 1535 nm systems differ, and what OEM integration teams must validate.

Learn how compact laser distance sensor modules support automation, robotics and UAV systems, using verified LRF0105C performance and integration requirements.

Verified ER800 specifications and integration guidance for a compact 1535 nm, 800 µJ erbium-glass microchip laser used in LiDAR and rangefinding transmitters.

At ERDI Tech Ltd. we specialize in customizing industrial laser distance sensors for any industry.