Product profile
Zoe
ZOE is Acecore Technologies professional multirotor drone for inspection, surveying and security work. Its carbon-fiber frame, weather resistance and confi...
Facts
- Company
- Acecore Technologies
- Product type
- uav
- Status
- available
- Website
- https://acecoretechnologies.com/zoe/
About Zoe
Zoe is a folding professional quadcopter built around a carbon-fibre frame, modular payload bay and multiband F9P RTK positioning. Zoe provides flight times up to approximately 47 minutes, allowing inspection, mapping and security teams to carry specialised cameras without moving to Acecore’s larger platforms.
The aircraft is designed to operate in continuous winds up to 35 knots and rainfall reaching ten millimetres per hour. Hollow arms route cabling internally and simplify servicing, while payload integrations span high-resolution imaging, lidar, thermal sensing and mapping equipment. Acecore supplies the aircraft in configured systems with payload integrations selected for each mission.
Summary
Type: Multirotor UAV
Core: Professional inspection
Function: Find defects
Audience: Industrial operators
Specifications
- airframe
- Carbon fiber
- applications
- Industrial inspection, utility inspection, surveying, security, cinematography, construction, public safety
- max_wind_resistance
- 18.01 m/s
- operating_temp_max
- 50 °C
- operating_temp_min
- -15 °C
- payload_support
- RGB, thermal, LiDAR, mapping, survey, stabilized gimbal
- platform_type
- Modular multirotor UAV
- precipitation_tolerance
- 10 mm/h
- x4_flight_time
- 47 min
- x4_mtow
- 10.5 kg
- x4_payload_capacity
- 4.2 kg
- x8_flight_time
- 40 min
- x8_mtow
- 13 kg
- x8_payload_capacity
- 5.6 kg
Research, Articles and recent verified events
- Acecore joins Intelic BASE European unmanned-systems network — 2026-05-04
- Acecore and Drone Rescue Systems integrate compliant parachute safety — 2024-09-24
- Acecore and Phase One expand turnkey aerial-inspection collaboration — 2022-10-11
- Acecore selects Robotic Skies for global UAS maintenance support — 2019-12-05