You can hold a steady hover. What comes next?
Once hovering feels controlled rather than frantic, it is time to build the orientation, timing and recovery skills that make aerobatics possible. The aim is not to rush through a catalogue of tricks. It is to add one new demand at a time, while keeping a familiar way out of trouble.
This guide picks up after the first hover: it is for pilots ready to take the next steps with an RC heli, whether you fly a compact model or a larger collective-pitch machine. Practise each new manoeuvre in a simulator first, and move on only when you can repeat it calmly.
Key Takeaways
- Progress in stages: orientation first, then controlled flight paths, aerobatics and finally inverted flight.
- Rehearse unfamiliar manoeuvres in a simulator before trying them with your model.
- Keep an altitude buffer and fly over a clear field, never over people.
- Inverted flight requires a collective-pitch helicopter with suitable pitch and throttle setup; a fixed-pitch model is not designed for it.
- A flybarless unit’s self-levelling or rescue feature can assist recovery on capable models, but it does not replace pilot skill.
Your progression ladder
- Nose-in hover
- Circuits and figure eights
- Stall turns and pirouettes
- Forward flight and turnarounds
- Loops and rolls
- Flips and tumbles
- Inverted flight and inverted hovering
- Learn how FBL assist modes can support recovery
- Check that your model and setup are ready
- Rehearse safely, with room to recover
1. Nose-in hover: can you reverse your view?
With the tail facing you, the helicopter’s movement is comparatively intuitive. Turn the nose towards yourself and the familiar control response feels reversed: a correction that used to be “left” may now need to be “right” from your perspective.
Practise a steady nose-in hover at a comfortable distance, first in short holds and then for longer periods. Use slow-rate toggles if your transmitter supports them, or begin in the simulator. Slow rates reduce how much the model responds to a given stick movement, giving you more time to recognise its attitude and correct gently.
Safety note: Keep the helicopter well away from yourself and other people. If orientation starts to unravel, use a practised move back to a familiar tail-in position rather than trying to rescue the hover with abrupt inputs.
2. Circuits and figure eights: can you manage the whole flight path?
Now put the helicopter in motion. Begin with simple circuits at a consistent height, then practise figure eights in both directions. These patterns teach you to look ahead, manage speed and guide the model smoothly through changing headings.
This is where collective control matters. Collective changes the pitch of both main rotor blades together, increasing or reducing lift. Smooth inputs help maintain altitude through turns; abrupt changes can make the helicopter balloon, sink or gain unwanted speed.
Safety note: Choose a clear area and keep your circuits away from people, buildings and boundaries. Start with wide turns and a manageable speed, not tight, fast passes.
3. Stall turns and pirouettes: can you control the nose at low speed?
A stall turn sends the helicopter upwards, slows it near the top of its path, then pivots the nose through a half-turn before it descends. It teaches you to coordinate collective, cyclic and tail control while keeping the turn controlled.
A pirouette is a rotation around the helicopter’s vertical axis, controlled by the tail. Start with a slow, steady rotation and practise stopping at a chosen heading. This trains your orientation awareness while the nose moves through different directions.
Safety note: Practise with plenty of space and a clear exit into forward flight or a stable hover. Do not let the model drift towards the flight line as you concentrate on the turn.
4. Forward flight and turnarounds: can you bring it back under control?
Build confidence flying away from and back towards yourself, with gradual, predictable turnarounds. Focus on managing speed through the whole path. A turnaround is not simply a sharp change of direction: it asks you to coordinate bank, yaw and collective while keeping the helicopter’s position clear.
Make each pass deliberate. Pick an entry point, follow a broad arc and finish in a direction you can recognise. Repeat in both directions so one side does not become your only comfortable option.
Safety note: Keep the model at a safe distance and height for its size and your visibility. If you lose clear orientation, prioritise a known, upright recovery over completing the manoeuvre.
5. Loops and rolls: are you ready for the aerobatic gateway?
Loops and rolls are the first big step from sport flying towards aerobatics. A loop requires suitable entry speed: too little can leave the model struggling near the top; too much can make the manoeuvre difficult to contain. A roll needs a deliberate cyclic input and enough room to complete the rotation.
Use gentle collective management throughout. The rotor disc needs enough energy to carry the helicopter through the manoeuvre, but abrupt collective changes can produce an uneven path or destabilise the model. Practise one manoeuvre at a time and aim for a clean, predictable upright exit.
Safety note: Rehearse the manoeuvre on a simulator, then attempt it at a safe height over a clear area. Never try to learn a loop or roll low to the ground.
6. Flips and tumbles: can you recover without hesitation?
A flip rotates the helicopter through a full pitch axis, while a tumble combines rapid changes in attitude. These manoeuvres demand confident orientation and accurate control of cyclic and collective. Begin with a single, planned flip and a clear upright exit; add complexity only when you can reliably recognise the model’s attitude throughout.
Safety note: A flip that feels rushed is a sign to simplify, not to push harder. Use a simulator to rehearse the control sequence, and leave enough altitude to recover from an imperfect exit.
7. Inverted flight and hovering: is your helicopter designed for it?
Inverted flight is for collective-pitch helicopters, not fixed-pitch models. A collective-pitch helicopter can change blade pitch across a range that produces lift when the model is upside down. That requires an appropriate negative pitch range and a correctly configured throttle curve so rotor speed remains suitable as pitch changes.
Start by practising the orientation change and recovery in a simulator. Then learn to enter and exit inverted flight with plenty of height before attempting an inverted hover. The controls may feel counter-intuitive, especially collective: an instinctive input can move the helicopter in the wrong direction when upside down.
Safety note: Do not attempt inverted flight until you understand your model’s setup and can recover reliably at height. Keep the manoeuvre over a clear flying area, well away from people.
8. FBL assist modes: can an electronic safety net help?
A flybarless (FBL) unit electronically stabilises the helicopter in place of a mechanical flybar. Some capable units offer self-levelling or a rescue function, which can command the model towards a more upright, stable attitude when activated.
These features can be useful as part of a considered recovery plan, particularly while learning new orientations. They are not a substitute for practice, a guarantee of a safe outcome or a reason to fly lower. Follow the unit and model instructions, and understand what your chosen mode does before relying on it. We already have an FBL setup guide for pilots who need help with setup.
Safety note: Know how to activate and override any assist mode before flight. Practise with a safe altitude buffer, and never assume the system will recover every situation.
9. When is your model ready for the next step?
A manoeuvre may be within your reach, but is your helicopter ready to perform it consistently? For sustained aerobatics and inverted flight, check that the model is a suitable collective-pitch design, that its cyclic servos can respond adequately, and that head speed, the speed of the main rotor, is kept consistent for the intended flight mode.
A suitable LiPo battery, or lithium-polymer battery, also needs to be in good condition and appropriate for the model. Inspect the helicopter before flying: check the blades, linkages, fasteners and frame, and address any damage or unusual vibration before taking off.
Safety note: Follow the model and component manufacturers’ instructions for setup, battery handling and maintenance. If you are unsure whether your current configuration is suitable for aerobatics, get experienced advice before testing it in the air.
Explore collective-pitch options
Choosing a model is about matching its type and size to your experience, flying space and plans, not simply buying the most capable machine. Here are a few options to explore as your skills develop.
Compact collective pitch
The OMPHOBBY M2 V3 Sport is a compact collective-pitch 3D helicopter combo. It may interest pilots looking for a smaller model for practising aerobatic skills.
Explore the OMPHOBBY M2 V3 Sport combo
A 3D aerobatic kit
The OMPHOBBY M5 is a 3D aerobatic helicopter kit supplied with main and tail blades. As a kit, it is worth considering in the context of your build experience and the additional components required.
600-class aerobatic kit
The OMPHOBBY M6 is a 600-class 3D aerobatic helicopter kit supplied with blades. Check the space, equipment and experience needed for a model of this class before choosing it.
Competition-focused 700-class kit
The OMPHOBBY M7R is a 700-class competition 3D aerobatic helicopter kit with rotor blades. It is aimed at pilots considering a high-performance competition model, with a setup to plan carefully.
The GooSky S2 range
The GooSky S2 range includes several high-performance collective-pitch models, including BNF versions. BNF means “bind-and-fly”: these models are intended to bind with a compatible transmitter you already own. Confirm the specific version, its compatibility and what is included before ordering.
Browse the GooSky RC helicopter range to see more options.
10. Safe progression: what is your recovery plan?
Before each new manoeuvre, practise it on a simulator until the orientation and recovery feel familiar. AT Models stocks RC flight simulators to help pilots rehearse away from the flying field.
At the field, keep an altitude buffer, fly over the open flying area, not over people, and leave yourself room to regain upright flight. After a flight, inspect the model and note what went well and what needs more practice. Consistency matters more than ticking off tricks.
Pro tip: If a manoeuvre only works when everything goes perfectly, it is not ready to move closer to the ground or become more complex.
Our heli specialists fly too, and can talk through your next manoeuvre, model choice or setup question. We’re here to support the progression, not just the purchase, so you can build skill, confidence and enjoy discovering what your RC helicopter can do.
