2
SEMI-AUTONOMOUS BMM DETECTOR FLIGHT-ENABLED DETECTOR (FED) The FED is a UAV based BMM detector. It flies semi-autonomous missions to detect Blast Movement Monitors (BMMs) in the muck pile (post-blast) and simultaneously records their depth and high precision GPS coordinates. 15 kg 75.9 x 166.8 x 151.8 cm 55 kg (without batteries) 80 (L) x 80 (W) x 87 (H)cm -10 … +40 °C 8 m/s (15.5 knots) Class 1M Laser Device Assembled weight Dimensions (unfolded) Shipping weight (including case) Shipping case size Operating temperature Max operating wind speed Collision Detection System Trimble Survey Grade GNSS Receiver (Compatible with Trimble and Leica base stations) Lithium-ion Polymer 4500mAh, 99.9 Wh (per battery) 6 batteries per set Bluetooth and 2.4GHz Wi-Fi 5.725 GHz to 5.825 GHz 2.400 GHz to 2.483 GHz 300mm while travelling at 2m/s 8 meters (from the bottom of the coil) GNSS receiver model Battery Transmission frequencies BMM Detection Accuracy BMM Detection DJI M600 Pro Airframe Built-in GNSS receiver Vertical (downward) and horizontal (forward) collision detection systems Automated flight control and customizable flight plan Capable of detecting up to 3 BMMs on one battery set Returns home on 25% battery and once the batteries are replaced it can resume the mission from the point where it was suspended Seamless integration with current BMT system

SEMI-AUTONOMOUS BMM DETECTOR - Blast Movement · SEMI-AUTONOMOUS BMM DETECTOR FLIGHT-ENABLED DETECTOR (FED) The FED is a UAV based BMM detector. It flies semi-autonomous missions

  • Upload
    others

  • View
    17

  • Download
    0

Embed Size (px)

Citation preview

Page 1: SEMI-AUTONOMOUS BMM DETECTOR - Blast Movement · SEMI-AUTONOMOUS BMM DETECTOR FLIGHT-ENABLED DETECTOR (FED) The FED is a UAV based BMM detector. It flies semi-autonomous missions

SEMI-AUTONOMOUSBMM DETECTOR

FLIGHT-ENABLED DETECTOR (FED)

The FED is a UAV based BMM detector. It flies semi-autonomous missions to detect Blast Movement Monitors (BMMs) in the muck pile (post-blast) and simultaneously records their depth and high precision GPS coordinates.

15 kg

75.9 x 166.8 x 151.8 cm

55 kg(without batteries)

80 (L) x 80 (W) x 87 (H)cm

-10 … +40 °C

8 m/s (15.5 knots)

Class 1M Laser Device

Assembled weight

Dimensions (unfolded)

Shipping weight(including case)

Shipping case size

Operating temperature

Max operating wind speed

Collision Detection System

Trimble Survey Grade GNSS Receiver(Compatible with Trimble and Leica base stations)

Lithium-ion Polymer 4500mAh,99.9 Wh (per battery)

6 batteries per set

Bluetooth and 2.4GHz Wi-Fi5.725 GHz to 5.825 GHz2.400 GHz to 2.483 GHz

300mm while travelling at 2m/s

8 meters(from the bottom of the coil)

GNSS receiver model

Battery

Transmission frequencies

BMM Detection Accuracy

BMM Detection

DJI M600 Pro Airframe

Built-in GNSS receiver

Vertical (downward) and horizontal (forward) collision detection systems

Automated flight controland customizable flight plan

Capable of detecting up to 3 BMMs on one battery set

Returns home on 25%battery and once the batteries are replaced it can resume the mission from the point where it was suspended

Seamless integration with current BMT system

Page 2: SEMI-AUTONOMOUS BMM DETECTOR - Blast Movement · SEMI-AUTONOMOUS BMM DETECTOR FLIGHT-ENABLED DETECTOR (FED) The FED is a UAV based BMM detector. It flies semi-autonomous missions