Why buy a drone from Communica?
Get locally available drones and parts with fast branch pickup and VAT invoicing for education or commercial projects. Whether you need a beginner camera quadcopter for aerial photography, a programmable platform for robotics labs, or a rugged tool for inspections, Communica stocks a wide range of models, compatible accessories and development hardware that keep projects moving without long import delays.
Key local benefits
- Immediate collection from Samrand, Pretoria CBD or Cape Town - avoid unpredictable lead times.
- Account quotes, VAT invoices and education-supplier support for student and institutional purchases.
- Accessory bundles available: batteries, chargers, spare propellers, flight controllers and telemetry modules.
Which drone suits your use?
Match platform to use-case: micro indoor quads for classroom flight labs; beginner camera drones for content creators; programmable frames and companion computers for robotics research; and heavier lift frames for payload or survey tasks. Look for model spec callouts like flight time (minutes), max takeoff weight (g), payload capacity, and supported flight controllers (e.g., ArduPilot, PX4, or DJI SDK compatibility).
Specification snapshot
Compare the core specs quickly to shortlist candidates:
| Spec | Beginner camera | Research platform | Survey/inspection |
|---|---|---|---|
| Typical flight time | 18-30 min | 15-40 min | 20-50 min |
| Weight | 250-900 g | >1 kg | >1.5 kg |
| Control | Proprietary | Open (ArduPilot/PX4) | Mixed |
Compatibility guidance
If you plan to integrate sensors or run custom code, prioritise frames that support companion computers (Raspberry Pi, Jetson) and flight controllers that expose MAVLink or similar telemetry. For plug-and-play aerial photography, check camera mounting standards and whether gimbals are supported. For parts and accessories, see our collections for motors, propellers and batteries at Shop by Category.
Starter wiring reference (battery to ESC to motor)
A simple quadcopter power path looks like this:
Battery (+) ----- PDB ----- ESC ----- Motor Battery (-) ------------------------------ Motor (ground)
Use a power distribution board (PDB) or XT60 harness rated for your battery current. Match ESC continuous current rating to motor draw with a safety margin of 20-30%.
