Description
The BATWING X1 is engineered to help industrial leaders effortlessly bridge this gap, taking complex internal inspections and 3D mapping to a professional new tier.
Pros and cons
- 3D Live Map
- 3D Reporting
- Advanced SLAM Tech
- 1080P 60fps HD
- High Capacity Battery
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INDUSTRY 4.0:
The New Standard For Internal Inspection
Drone-based inspection is no longer a "future-tech" concept; it is a fundamental requirement for today’s hyper-digital industrial landscape. As the 4th Industrial Revolution accelerates, forward-thinking organizations are prioritizing digital transformation to slash operational costs, eliminate human exposure to hazardous environments, and achieve unprecedented data accuracy.
Elevate Your Visual & Spatial Intelligence
Beyond Imaging: The Aerial Engine for Precise Data Harvesting.
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3D Live Map
Unmatched Spatial Intelligence.
The integrated SLAM engine processes multi-sensor data to generate a real-time digital twin of the environment.
Every structural detail is rendered as a high-fidelity 3D model within the App, allowing pilots to navigate complex interiors with "X-ray" precision.
By synchronizing the drone's position with its digital surroundings, the system eliminates spatial disorientation in even the most GPS-denied zones.
3D Reporting
Understand exactly where to focus your maintenance efforts.
- Eliminate the guesswork in maintenance. By integrating every captured data point into a spatial context, teams can transition from reactive repairs to predictive maintenance. With the BATWING X1, you don't just see a problem—you understand its exact location, severity, and history.
Always know where you are.
The drone’s position is located precisely so the pilot can easily decide on the optimal route to safely return home.
Assess inspection coverage.
Cumulative mapping data shows the completeness of the map so you can instantly assess your inspection coverage.
Advanced SLAM Stabilization Architecture
Stay locked in place with the BATWING X1’s SLAM stabilization.
- Auto-Compensate: The drone identifies and corrects tiny movements faster than the human eye can see.
- Total Control: Achieve a "stone-still" hover in the harshest indoor conditions.
- Instant Mastery: Perform complex maneuvers with close to no training, making professional results accessible to everyone.
See beyond the limits
Convert confined and hard-to-access spaces into high-value digital insights with Batwing X1 — a powerful indoor inspection and mapping drone designed for demanding industrial environments. With robust stability, intelligent navigation, and adaptable payload capabilities, it enables safer operations and faster, data-driven decisions.
Close-Up Inspection Dedicated Payload
Elevating inspection clarity.
The BATWING X1 is equipped with a next-generation close-up inspection payload, featuring a fully unobstructed 180° field of view. It integrates a high-resolution 4K camera, a thermal imaging sensor, and a precision distance sensor to capture comprehensive, high-quality data in every mission.
The advanced lighting system has been completely redesigned to deliver brighter, more uniform illumination. With optimized oblique lighting and dust-resistant design, detecting corrosion, cracks, and material build-up becomes effortless—just like using a handheld flashlight, but with far greater precision and consistency.
Even in total darkness, the BATWING X1 ensures smooth operation and exceptional image clarity, empowering inspectors to make confident decisions with reliable, detailed visual data.
Specifications
AIRCRAFT
Dimensions (W × H):44.5 × 42.3 cm (17.52 × 16.65 in)
Weight (incl. battery):Aircraft: 1960 g ±15 g (< 4.32 lbs),Aircraft and LiDAR: 2412 g ±15 g (< 5.2 lbs)
Max. flight time:16 min (BATWING X1 base), 14 min (BATWING X1 + LiDAR)
Ingress protection:Splash and dust resistant design, LiDAR Payload IP68
Max. horizontal speed:
Assist mode: 1.5 m/s (4.9 ft/s)
Assist-Sport mode: 2 m/s (6.6 ft/s)
Attitude mode: 5 m/s (16.4 ft/s)
Sport mode: 7 m/s (23 ft/s)
Max. wind resistance:
Assist mode: 5 m/s (16.4 ft/s)
Sport mode: 7 m/s (23 ft/s)
Operating altitude:
W/o payload: -3000 m and +5000 m AMSL
W/ payload: -3000 m to +3000 m AMSL
Operating temperature:0°C to 50°C (32°F to 122°F)
Outdoor compliance:
✔ Remote ID
✔ Pilot ID, Geo-Awareness, Altitude fence for EU, CH, N, IS & LIE
OPERATIONAL SAFETY & CRASHWORTHINESS
Safety factors
Collision-resilient patented technology, protective cage in carbon
Impact resistance from falling objects
Impact resistant for a falling rock of 2 cm diameter falling from 1 m high on the drone
Max. safe collision speed
2 m/s (< 6.6 ft/s) in frontal collisions
2.4 m/s (< 7.9 ft/s) in all spherical directions
Fail safe
Automatic return to signal on signal or video loss
Stabilization system
SLAM Based LiDAR and VIO Cameras
SAFETY & RELIABILITY
Full protective cage for collision resistance
Impact-resistant frame design
Max safe collision speed: ~2 m/s
Fail-safe: automatic hover / return on signal loss
Stable flight in dark, dusty, and confined environments
LiDAR PAYLOAD (BASE OPTION)
Type
LiPo 6S HV Smart Battery
Nominal voltage
22.8 V
Charging time
1 h
Capacity
99.2 Wh
Operating temperature
10 – 40°C (50 – 104°F)
REMOTE CONTROLLER
Max. transmission distance
5000 m (16400 ft) in direct visual line of sight
VISUAL INSPECTION PAYLOAD (BUILT-IN)
Data output
1080P video, 12MP photos, Thermal imagery
1080P CAMERA
Sensor: 12.3 MP 1/2.3" CMOS
Video resolution: 1080P / 60 fps
GSD resolution: Up 0.18 mm/pix
Focal lens: 2.71 mm
FOV: 180° tiltable camera pod
THERMAL RADIOMETRIC CAMERA
Sensor: Lepton 3.5 FLIR
Resolution: 256 × 192
Accuracy: From ±5°C or ±5%
Frame rate: 9 fps
Thermal sensitivity: ≤50 mK
LIGHTING SYSTEM
Light output: 16000 Lumens
UT PAYLOAD (ADD-ON)
Data output
UT Spot Measurements
PROBE
Manufacturer: Cygnus Instruments
Probe type: Dual element transducer
Measuring mode:
Mode 2 (Single Echo)
Mode 3 (Echo-to-Echo)
PROBE (CONTROL & DISPLAY)
Gain and gate control:Automatic or manual gain and gate control
Accuracy: ±0.1 mm (±0.004”)
Resolution display:Display 0.1 mm (0.005”) or 0.01 mm (0.0005”)
IN FLIGHT
✔ Live A-scans data
✔ Real-time A-scan refinement
IN POST-PROCESSING
✔ Location-tagged UT measurements
✔ A-scan review and refining
SURVEYING PAYLOAD (ADD-ON)
Data output
Point clouds
SENSOR (CONFIGURATION)
Configuration: Ouster OS0 128 beams REV 7 sensor
Accuracy: From 0.1% drift
Precision:
1σ: ±6 mm
2σ: ±12 mm
Range: Up to 100 m
SENSOR (PERFORMANCE)
Scanning rate: 1.3 M pts/sec
Photon sensitivity: 10×
Handheld functionality: Supported
IN POST-PROCESSING
Software: FARO Connect (partner solution)
Features:
Data alignment
Georeferencing
Point cloud filtering
Export formats:LAZ,LAS,E57
FLAMMABLE GAS SENSOR (ADD-ON)
Data output
Real-time warning
SENSOR (CONFIGURATION)
Configuration: NevadaNano Flammable Gas Sensor 5.0
Type: Molecular Property Spectrometer™
Calibration: No calibration required (factory calibrated)
SENSOR (PERFORMANCE)
Response time: < 20 seconds
Humidity range: 0% to 95%
Pressure range: 80 to 120 kPa
IN FLIGHT
✔ Real-time warning of flammable gases
✔ 14+ flammable gases detected, including Hydrogen
✔ Comprehensive reading: live LEL % values and gas class