Practical guides to sensor selection, integration and product development.
2D vs 3D LiDAR
Compare 2D and 3D 360° LiDAR for AMRs and UGVs. Learn when each fits, which specs matter, and what to validate before a pilot.
2026-08-18 / Rogersense Engineering
Humanoids and AMRs are entering factories. See why 360° near-field perception—not bigger AI models—may decide which pilots scale.
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2026-06-28 / Rogersense Team
MLCC and resistor spot quotes are jumping 2x-5x. Learn how embedded product teams can de-risk sourcing, validation and pilot builds through late August.
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2026-06-26 / Rogersense Team
Before an industrial robot pilot, LiDAR-camera fusion needs validation for coverage, calibration, enclosure effects, heat, bandwidth, timing, and fallback behavior.
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2026-06-07 / Rogersense Team
The ZDK-01 brake power controller provides AC 220 V input, DC 20-220 V adjustable output, H/L/S parameter setup, and secondary-development support for customer-specific elevator scenarios.
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2026-06-06 / Rogersense Team
An application case for enabling production equipment when an authorized operator is nearby, and automatically disabling it when they leave the workstation.
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2026-06-05 / Rogersense Team
Semi-solid-state design plus single-photon dToF is how modern LiDAR hits 300 m range with automotive-grade reliability. Here is what that means for your build.
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Gyroscopes, accelerometers, inertial measurement, attitude and navigation.
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Level, displacement, environmental, fire, smoke and gas sensing.
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