SFSKYFORGERobotics

Drone Platforms

A staged aircraft family designed around shared payload and autonomy architecture.

The platform roadmap is public-facing but careful: SF-7 is the flagship prototype program, SF-2 is planned, and SF-25 remains a future concept.

Platform concepts

Purpose-built aircraft classes for industrial missions.

SF-2

Sub-2 kg Portable

Phase 2 planned

Compact inspection platform concept for confined access, rooftop survey, and locations where larger aircraft are impractical.

MTOW
< 2 kg target
Payload focus
Compact RGB, thermal, and close-access sensors
Architecture
Shared firmware and payload philosophy with SF-7
Use case
Portable industrial and research inspection

SF-7

Sub-7 kg Industrial

Flagship prototype program

Industrial multirotor concept for power lines, bridges, solar, towers, and payload-rich inspection missions.

MTOW
< 7.0 kg target
Payload capacity
1.2-1.5 kg planning envelope
Endurance target
28-35 min, subject to testing
Compute
Jetson Orin NX class companion computer

SF-25

Sub-25 kg Heavy-Lift

Phase 3 concept

Future long-endurance and multi-payload aircraft concept for larger survey areas and advanced mission profiles.

MTOW
< 25 kg concept boundary
Payload focus
Multi-sensor and long-range survey
Mission model
Extended supervised operations
Regulatory note
Subject to future CASA pathway
UAV platform orthographic concept and exploded engineering views

Payload architecture

PBS-1.0 is planned as the interface layer across the family.

The SkyForge Payload Bay Standard is intended to define mechanical, electrical, power, and data interfaces for rapid field payload swaps.

Dovetail rail with positive locking concept
40-pin IP-rated connector planning
CAN, USB 3.0, protected payload power
Thermal, RGB zoom, edge AI, and future LiDAR modules