Hexacopter drone with LIDAR payload hovering over a vast copper-red open-pit mine, rotors frozen mid-flight, industrial terrain stretching to the horizon
Live Telemetry
Alt
+91m AGL
Spd
12.4 m/s
Batt
87%
SVR-X7 HEXACOPTER · SPEC REF 2026-001
97.
Minutes.
4,200.
Acres.
One Battery.

Carbon-fiber airframe. Dual-redundant IMU. RTK GNSS with ±1.5 cm horizontal accuracy. Built for mine sites, offshore platforms, and pipeline corridors where failure is not an operational option.

IP67
RATED
FAA PART 107
CE / FCC
Airframe · Payload · Endurance
Max Payload Capacity
0g

Carry a Zenmuse L2 LiDAR, a Sony RX1R II photogrammetry camera, and a multispectral sensor simultaneously. The SVR-X7 airframe is rated for 2,400g of modular payload at full 97-minute endurance.

Airframe MaterialT700 Carbon Fiber
Motor-to-Motor1,240 mm
Takeoff Weight8.6 kg (no payload)
Max Takeoff Weight11.0 kg
Hover Efficiency7.2 g/W
SVR-X7 · ENGINEERING VIEW · REV 4.2
1,240mm MOTOR-TO-MOTOR
3D WIREFRAME · ROTARY REFERENCE
T700 CF
IP67 SEAL
DUAL IMU
RTK GNSS
Field Performance · Tolerances

Built for
conditions
that end missions.

Every SVR-X7 is tested at -20°C in a wind tunnel before it ships. The pipeline inspection fleet in Alberta has flown through freezing rain. The offshore platform surveys in the North Sea ran at 48 knots gusting.

Ingress Protection
Submersible to 1m for 30 min
IP67
Operating Temperature
Active thermal regulation
-20°C to +55°C
Wind Resistance
Sustained lateral wind load
15m/s
GNSS Accuracy
RTK with base station
±1.5cm H
Relative Altitude Hold
Barometric + optical flow
±0.1m
Flight Hours Logged
Field operations globally
14,200+
Industrial drone conducting pipeline survey in heavy rain over a remote corridor, water droplets visible on the lens, grey overcast sky
FIELD REPORT · ALBERTA PIPELINE SURVEY · NOV 2025

"Sustained operations through 6 hours of freezing rain, -14°C ambient. Zero system anomalies. 1,847 hectares mapped,3.2 cm GSD orthomosaic delivered same day."

DM
Derek Mahon, Survey Lead
TransCanada Infrastructure Ltd.
Verified Performance Data

Six metrics.
No adjectives.

Max Endurance
0min

Single battery, full payload, 25°C ISA

Field Verified
RTK Accuracy
0cm

Horizontal, with base station

Per Mission
0ac

Single battery, 120m AGL

Ingress Rating
IP67

1m submersion / 30 min

Fleet Hours
0hrs

Globally logged field operations

Payload Capacity
0g

Max modular payload weight

Mining Operations · APP-001

Quarterly volumetric surveys. Delivered before the morning briefing.

Open-pit mines require centimeter-accurate stockpile volumes every 90 days for reserve reporting. The SVR-X7 maps a 500-hectare pit floor to ±2 cm vertical accuracy in a single 97-minute flight. Output: georeferenced orthomosaic, DEM, and volumetric report — ready for your surveyor to sign off.

Pit Survey Area500 ha / flight
Vertical Accuracy±2 cm
Report Delivery<4 hours
Aerial view of a large copper open-pit mine with terraced levels, excavation equipment visible, dust rising from the pit floor
Mining Operations
Energy Infrastructure · APP-002

Wind turbine inspection at 300 feet. No rope access required.

Offshore platform and onshore wind turbine inspections are grounded by weather 40% of scheduled days. The SVR-X7 operates to 15 m/s sustained wind with active gimbal stabilization. Blade surface imagery at 2 mm/px. Thermal anomaly detection on electrical cabinets. One aircraft, one operator, full platform in 6 hours.

Wind Tolerance15 m/s sustained
Blade Resolution2 mm/px
Platform Coverage6 hrs full inspect
Offshore wind turbine inspection with industrial drone hovering close to a blade, ocean horizon visible in background, overcast sky
Energy Infrastructure
Civil Engineering · APP-003

Centimeter orthomosaics for infrastructure bids. Ready for CAD import.

Civil engineering firms bidding on highway, rail, or pipeline corridor projects need survey-grade basemaps in days, not weeks. The SVR-X7 with RTK GNSS delivers GCP-free orthomosaics at ±1.5 cm horizontal accuracy across thousands of hectares of linear corridor. Output is GeoTIFF, LAS point cloud, and CAD-ready DWG.

Corridor Coverage120 km/day
H. Accuracy (GCP-free)±1.5 cm
Output FormatsGeoTIFF / LAS / DWG
Aerial survey photograph of a highway construction corridor through forested terrain, survey markers visible, topographic variation
Civil Engineering
Product Configurator

Configure
your aircraft.

Select airframe, payload stack, and software package. Lead time is 6–8 weeks from order confirmation. Volume pricing available for fleet operators above 3 units.

Certifications & Compliance
FAA Part 107CE MarkedFCC IDIP67ASTM F3196ISO 9001
SVR-X7 · CONFIGURATION BUILDER
Airframe
SVR-X7 Standard
Selected
SVR-X7 Long-Range
SVR-X9 Heavy Lift
Payload
LiDAR + RGB Camera
Selected
Multispectral
Thermal + RGB
Custom Integration
Software
SurveyorOS Standard
Selected
SurveyorOS Pro + RTK
Enterprise API Access
Configuration Total$48,500 USD
Includes: SurveyorOS license (3 yr), ground station, carry case, training (2 days on-site).
Lead time: 6–8 weeks. Volume pricing available for 3+ units.