Laser rangefinder modules for survey / mapping
Board-level modules · published single-unit prices · figures verified 2026-10-23
For survey / mapping the binding constraint is ranging error and heading error are separate budget lines. The table below filters the catalogue to the classes that fit this job, with the published single-unit price for each.
Classes that fit survey / mapping
| Model | Range | Emitter | Blind zone | Supply | Published unit price |
|---|---|---|---|---|---|
| LR1000E2 | 4–1,000 m | 905 nm | 4 m | 3.3–5 V | $80 |
| LR2000E2 | 4–2,000 m | 905 nm | 4 m | 3.3–5 V | $120 |
| LRF3000A1 | ≥3,000 m | 905 nm | 4 m | 3.3–5 V | $200 |
| LRF0105C | ≥3,000 m | 1535 nm | <15 m | 3.3–5 V | $500 |
| LRF0609C | ≥6,000 m | 1535 nm | <15 m | 3.3–5 V | $1,600 |
| LRF0610C | ≥6,000 m | 1535 nm | <15 m | 3.3–5 V | $1,000 |
| LRF1017C | ≥10,000 m | 1535 nm | <15 m | 3.3–5 V | $3,000 |
| LRF1830C | ≥18,000 m | 1535 nm | <15 m | 3.3–5 V | $7,000 |
What to check before ordering
- Working distance versus blind zone — the module must read the nearest target, not the farthest.
- Supply rail — Ranging error and heading error are separate budget lines.
- Interface — UART-TTL with a documented frame and checksum on every class; no native analog output.
What this page does not claim
It does not quote competitors' specifications from memory, and it publishes no number our catalogue does not carry. Where a figure matters and is unpublished, ask for the datasheet.
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