Industrial Domains

Five industrial operating modes.

PLATE 01
TETHERED · 24/7 ISR
SDR T-dori industrial — Tethered persistent monitoring drone
— 01 / 05 —
SDR · T-DORI · INDUSTRIAL

Tethered
Infrastructure ISR

24/7 persistent monitoring · Refineries, substations, ports, perimeters

SDR's T-dori platform repurposed for industrial infrastructure surveillance — a tethered drone holding station 100 meters above critical assets, transmitting continuous high-resolution imagery and thermal data over the same fiber-optic line that powers it. 24-hour endurance with a 25-minute untethered dash mode for inspecting adjacent assets. Deployed for refineries, transmission substations, port perimeters, and oil & gas facilities.

24/7 Operations 220V Tether Fiber-Optic Datalink Untether Dash
Endurance
24 hr tethered
Untether
25 min dash
Static ceiling
100 m
Payload
10 — 40 kg
Sensors
4K · Thermal · LiDAR
Mission
Persistent ISR
PLATE 02
MFS · GCS INTERFACE
SDR MFS — One pilot controlling a group of drones via GCS
— 02 / 05 —
SDR · MFS · CIVIL OPERATIONS

Multi-Drone
Civil Swarm

1 GCS, unlimited airframes · Wide-area industrial coordination

One pilot easily controls a group of drones. SDR's flagship Multi Flight Software (MFS) — the same swarm-control architecture used in Korean defense — adapted for industrial wide-area operations. A single ground-control station commands heterogeneous drone fleets via FANET mesh networking, with real-time satellite telemetry, formation grouping, AI path deconfliction, and one-click formation flight.

FANET Mesh · 10km/hop 1 → ∞ Airframes AI Deconfliction Real-Time Telemetry KBS-Featured
Operators
1 → ∞ airframes
Mesh range
10 km / hop
Formations
W · V · I · custom
Path planning
AI-assisted
Updates
Encrypted OTA
Domains
Agri · Energy · SAR
MFS DEMO · 다중제어

One pilot. A group of drones.

Live demonstration of SDR's Multi Flight Software (MFS) — group formation, one-click commands, real-time satellite telemetry, and FANET-meshed coordination across an entire fleet from a single ground-control station.

PLATE · MFS DEMO · 4K
PLATE 03
SMART FARM · AGRI
SDR Smart Farm — Multi-drone agricultural operations
— 03 / 05 —
SDR · AGRI · SMART FARM

Smart Farm
Agri Platform

Multi-drone field operations · Spraying, sensing, surveying

SDR's smart-farm system extends the multi-drone control platform into agricultural operations — coordinated multi-airframe spraying, multispectral crop sensing, and yield mapping over wide field areas. Operated by single-pilot ground-control, scaling from individual farm parcels to regional agricultural cooperatives. Featured by Korean public broadcaster KBS (6시 내고향) for multi-drone formation farming.

Field-Validated Multi-Drone Spray Multispectral KBS-Featured
Operation
Multi-drone
Mission
Spray · Sense · Survey
Control
1 GCS, multi-airframe
Sensors
Multispectral · RGB
Operators
Farms · co-ops
Reference
Korea · Jeungpyeong
PLATE 04
HEAVY-LIFT · INSPECTION
SDR H5 industrial — Heavy-lift inspection drone
— 04 / 05 —
SDR · H5 · INDUSTRIAL

H5
Industrial Multirotor

Long-endurance heavy-lift · Energy, utilities, mapping

Carbon-fiber heavy-lift multirotor engineered for extended-duration industrial work — oil & gas pipeline inspection, transmission-line surveying, large-scale photogrammetry, and mapping. Operated alongside U.S. operators in Fulton County, GA for oil & gas infrastructure protection, with active programs in agriculture and public safety across nine markets.

Long-Endurance Heavy-Lift Multi-Payload Carbon Frame
Class
Multirotor
Frame
Carbon fiber
Mission
Inspection · Mapping
Operators
USA · KOR · IDN · TH
Payloads
Multispectral · LiDAR
Status
Production
PLATE 05
3D-PRINTED · DISTRIBUTED
SDR VT-Tail — 3D-printed VTOL platform
— 05 / 05 —
SDR · VT-TAIL · MANUFACTURING

3D-Printed
Distributed Manufacture

On-site airframe printing · Field-replaceable platforms

SDR's 3D-printed VT-Tail enables an entirely different industrial paradigm — airframes printed on-site at the customer location, anywhere in the world. Replacement components, mission-specific variants, and rapid-iteration prototypes produced from a single CAD library. Reduces logistics burden, accelerates field replacement, and enables operators to manufacture drones in-theater rather than waiting on global supply chains.

3D-Printed Frame On-Site Manufacture Field-Replaceable CAD-Library
Frame
3D-printed carbon
Manufacture
On-site · distributed
Setup
< 5 min
Variants
Mission-specific
Logistics
Reduced footprint
Output
Tactical squad-level
Industrial & civil engagements

Operate at industrial scale.

For energy, utilities, agriculture, public safety, and infrastructure operators — request a deployment briefing for tethered persistent monitoring, multi-drone coordination, smart-farm operations, or distributed-manufacturing programs.