Kodiak's SensorPod Design Explained | CEO Don Burnette at ACT Expo

TL;DR

Kodiak CEO Don Burnette explains the SensorPod's breakaway spindle design, universal mounting, and redundant sensors built through seven hardware generations.

Key Points

• 1.The SensorPod mounts below the A-pillar on a single spindle for rigidity and accessibility. Unlike roof-mounted sensors requiring gantries or ladders, this placement enables easy maintenance without specialized knowledge, and calibrated shear bolts allow the pod to swing inward on impact — protecting against common mirror strikes from passing trailers.
• 2.The pod is universal across OEM makes and models. Only the mounting bracket changes per vehicle type, meaning a fleet with multiple truck brands can swap the same pod between them — colors and application can also be mixed and matched.
• 3.Kodiak developed its own internal vibration and shock specifications from scratch. With no existing mil-spec or industry standard applicable, engineers collected data via strain gauges and accelerometers over thousands of miles across environments, iterating to a seventh-generation hardware design based on real-world load profiles.
• 4.Fisheye clearing cameras on each side verify the truck's surroundings at startup and track intrusions throughout operation. These are separate from the autonomy system — a remote operations center and ground personnel use them to confirm no personnel or obstacles (like pallet jacks) are present before and during a run.
• 5.The eighth-generation goal is cost reduction through component removal, cheaper parts, and manufacturing scale. Currently the pods include LiDAR, cameras, and radar with extensive redundancy; Kodiak has 20 trucks deployed with launch customer Atlas Energy in the Permian Basin hauling up to 275,000 lbs of gross freight across three trailers, manufactured by Roos.