LiDAR installation best practice: Achieving full coverage without any gaps
LiDAR sensors provide precise detection, locate targets accurately, track movement, and build virtual zones. Like any sensor technology, its full potential is unlocked through correct installation to ensure seamless, gap-free coverage.
For best performance, include sensor placement as part of the system design, not an afterthought.
Avoid obstructions
LiDAR needs a clear line of sight, and obstructions are one of the most overlooked factors in long-term performance. Fences with irregular profiles, vegetation that grows over time, and moving objects like gates can all partially obstruct the laser beam and reduce performance. Good installation planning accounts for how the site will change, not just how it looks on install day.
Account for different terrains
Flat ground is rarely a given. Slopes, dips, and obstacles affect how coverage lands in practice. Detection can lift above ground on slopes, shadows form behind objects like bins or equipment, and fence lines rarely deliver even coverage without the need for adjustment. Tilt and zone shape need to be tuned to match the environment. Do not rely on a single test point; coverage should be tested across the full area.
Key takeaways
Placement defines performance
Height and angle control coverage
Terrain and obstacles must be accounted for
Testing validates your design
