RC is the grandfather of remotely piloted model aircraft. In a very brief nutshell (and not reflecting the "latest").
UAV's (Drones) that we use today (this list is neither exhaustive nor universal, and reflects the very rapid evolution of UAV's over the past few years):
Yet, the US and Canadian governments get their industry guidance from the respective RC modelling associations in each country! The viewpoint being applied to UAV's is dominated by the RC mindset. To be sure the RC world has the benefit of many decades of experience and applying safety.
But applying the RC worldview to recreational and commercial UAV's is a tragic error that will harm UAV use for both recreational and commercial use, IMO.
I am surely not the first to point this out?
- Actively control all of the control surfaces and motor from the pilot's RC radio. The pilot is always in the control loop and cannot do anything without having his eyeballs on the drone. He must be in direct control from takeoff to landing without respite.
- There is no radio downlink with the condition of the aircraft. It's a one way proposition. The downlink is the pilot's eyeballs.
- Do not carry payloads.
- Challenging to learn to control and navigate well - even when the radius of action is quite small.
- Requires excellent spatial skills as there is no first person view
UAV's (Drones) that we use today (this list is neither exhaustive nor universal, and reflects the very rapid evolution of UAV's over the past few years):
- Require on board stabilization
- Highly automated and often use various autonomous modes
- The pilot is a manager, not an in-the-loop surface controller.
- First Person View (via controller display, attached display or goggles).
- Carry useful payloads (cameras), etc.
- Feedback their state to the controller for the pilot to monitor
- Extremely well "sensor'd"
- Gyros/accelerometers
- GPS/SBAS/GLONASS
- Magnetic compass
- Obstacle sensors (photo-stereo, sonar, ...)
- Very easy to pilot (er, manage)
- Safety modes including automatic return based on fail conditions (low battery, loss of control link, pilot "panic" button).
- Suitable for out-of-view use
Yet, the US and Canadian governments get their industry guidance from the respective RC modelling associations in each country! The viewpoint being applied to UAV's is dominated by the RC mindset. To be sure the RC world has the benefit of many decades of experience and applying safety.
But applying the RC worldview to recreational and commercial UAV's is a tragic error that will harm UAV use for both recreational and commercial use, IMO.
I am surely not the first to point this out?