Alpha Zero Handheld Laser RTK

Alpha Zero is an ultra-compact handheld RTK receiver with a full-frequency GNSS chip and antenna (GPS, BDS, GLONASS, Galileo and L-band) and professional inertial navigation. No centering pole is needed: simply aim the laser at the target point and touch to measure centimetre-level coordinates.

It fuses laser ranging, high-precision inertial navigation and RTK positioning. The laser measures up to 30 m with 2 mm ranging accuracy, and laser positioning is ideal for ground points within 5 metres. The calibration-free IMU achieves 2 cm at a 60° tilt and supports 90° point measurement.

Applications include conventional surveying and stakeout, GIS data collection, machine control, agriculture and integration with construction equipment. With an RTOS system, a 4800 mAh battery and up to 12 hours of operation, it also works in classic pole mode. DiMap Pro field software covers all field tasks.

  • Laser positioning without a centering pole
  • Laser up to 30 m, 2 mm accuracy
  • Calibration-free IMU: 2 cm at 60° tilt
  • Full-frequency GNSS + L-band
  • 12 h working time, IP65
  • Only 280 g and 75 × 75 × 63 mm

Price

Price on request

Brochure

ALPHA ZERO HANDHELD LASER RTK
Download the official brochure for the full technical details.

Weight
280 g
Dimensions
75 × 75 × 63 mm
Origin
China
Manufacturer
Alpha Surveying

Technical data

Channels1408
SignalsGPS L1/L2/L5 · BDS B1/B2/B3 · GLONASS L1/L2 · Galileo E1/E5a/E5b · L-band
RTK accuracyH ±(8 + 1×10⁻⁶·D) mm · V ±(15 + 1×10⁻⁶·D) mm
Tilt compensation accuracy±(8 + 0,3·TILT) mm
Compensation angle0–90°
Update rate100 Hz
Laser measuring range30 m
Laser ranging accuracy2 mm
Operating systemRTOS
Internal storage1 GB
BluetoothBT 5.0

Device

Dimensions75 × 75 × 63 mm
Weight280 g
Battery3,7 V · 4800 mAh
Working time12 h
Power input12 V, PD
Water/dust protectionIP65
Operating temperature−20 … +60 °C
Storage temperature−30 … +70 °C
Pole drop onto hard ground1,6 m
Humidity≤ 100 %
This page has not been translated into English yet. It is shown in the original language.