Hoverboard stunt bars: are they necessary for tricks?
Hoverboard stunt bars turn a self-balancing scooter into a different kind of ride. A rigid handlebar, usually mounted between the foot platforms, gives the rider extra leverage over steering and creates space for arm movements. Depending on the design, it can help with wheelies, slides, spins and supported tricks that are awkward on a low handlebar.
They are not essential for every rider. A board used for smooth-path cruising and relaxed turns may feel more awkward with a tall frame, and some people simply prefer the lower profile of the original setup. The case for adding one becomes stronger when you want to practise specific balance skills or progress beyond basic carving.
The useful question is whether the accessory suits your board, your body and your intended tricks. Height, mounting points, weight limits and rider skill all matter. A stunt bar can improve control during demanding manoeuvres, yet it can also raise the centre of gravity and place more stress on the stem and fasteners if fitted badly.
What a stunt bar actually changes
A typical stunt-bar kit includes a crossbar, two uprights, clamps or mounting bolts and handgrips. Some designs allow the height to be adjusted, while others fix the grips at one position. Steering handlebars transfer body movement through a lever, reducing the need to shift weight sharply. A separate roll bar may support the rider during a hand-plant or cartwheel attempt, but it will not make the board turn unless it is connected to the steering system.
The main benefit is leverage. When the grips are farther from the rider’s centre, a smaller upper-body movement can produce a greater change in direction. Extra height also provides room to move the arms without contacting the knees or foot platforms. This can make balance drills and certain rotational tricks feel more achievable.
A bar does not increase a board’s rated speed, payload or motor power. It changes the rider’s position and the forces applied to the frame. An incorrectly sized or poorly mounted bar can flex under pressure, loosen over time or interfere with the battery housing. Check the deck thickness, cable routing and available clearance before considering any accessory.
When the extra structure is useful
Stunt bars are worthwhile for riders who want to practise manual balance, controlled slides, wheelie attempts and spins after mastering basic steering. Supported hand-plants may also become possible with a suitable design and enough practice. The advantage comes from control and positioning, so a rider still needs balance, timing and an understanding of how the board responds.
They are less useful for straightforward path riding, gentle commuting or frequent carrying. A tall frame is harder to fit through gates and harder to store in a small apartment or vehicle. It can also make the board awkward to mount, particularly for a rider who normally steps on from the ground. Riders seeking convenience may get more from practising smooth turns and emergency stops than from adding height.
Fit matters more than a universal height recommendation. A taller rider may find a low original handlebar uncomfortable, while a shorter rider could feel especially top-heavy with a tall model. Measure the available deck space and check the rider weight limits before choosing. The bar must not press against the battery, restrict the footpads or conflict with the charging port.
Comparing common riding configurations
General configurations can be compared by the type of riding they support, the manoeuvres they make more practical and the compromises they introduce.
| Configuration | Best suited to | Trick potential | Main compromise |
|---|---|---|---|
| Original low handlebars | Everyday cruising and basic turns | Carving and beginner balance drills | Limited leverage and little space for arm tricks |
| Extended standard handlebars | Comfortable commuting and controlled carving | More stable body position and basic slides | Bulkier frame and a higher centre of gravity |
| Manufacturer-matched stunt bar | Structured skill practice | Wheelies, spins and supported tricks where compatible | Greater leverage and more demanding balance |
| Universal adjustable stunt bar | Comparing different riding styles | Customisable height for various manoeuvres | Uncertain fit, strength and warranty coverage |
Wheel size, motor response and deck shape also determine which tricks are realistic. Smaller boards often feel nimble and respond quickly to pivots, while larger wheels can handle cracks and loose surfaces with less disturbance. Wide pneumatic tyres need regular pressure checks, whereas solid wheels simplify maintenance but can feel harsher on rough ground. Added leverage cannot compensate for a motor or chassis that is unsuited to the manoeuvre.
A stunt bar does not automatically create advanced riding ability. Understanding riding modes helps reveal how speed, turning sensitivity and balance assistance change between settings. Beginner mode generally softens the response, while expert settings demand smoother inputs and greater control. Riders should master fundamental turns and stops at a low speed before changing modes or attempting more demanding techniques.
Safety requirements and Australian conditions
A tall stunt bar raises the rider’s centre of gravity and increases the consequences of a poor landing. Wear a certified helmet, wrist guards, knee and elbow protection, and closed shoes with reliable grip. Practise on level, dry ground away from traffic, pedestrians and loose objects. Cracks, sand and leaf litter are common on Australian paths and driveways, making a familiar route less suitable for learning new tricks.
There is no single national code covering every self-balancing board in Australia. A rider heading through Melbourne or Sydney may instinctively choose a footpath for convenience, but powered boards face tight restrictions in many public areas. NSW, Queensland and South Australia generally prohibit or tightly restrict electric skateboards and e-scooters on footpaths, while rules for roads, bicycle lanes, parks and private property vary. Check the current state and local council requirements for the exact board and location.
Batteries and public transport require separate attention. Use the specified charger, inspect cables and fasteners before riding, and avoid leaving a board charging unattended in extreme heat. Australian bus, train and ferry operators often impose their own limits on lithium-powered devices, and some exclude larger hoverboard batteries altogether. Check the operator’s policy before travelling with a board.
Build a setup that matches your goals
Start with the riding you actually want to do. Riders focused on relaxed transport, compact storage or simple path cruising can often achieve their goals with the original bars. Riders interested in balance drills and advanced manoeuvres may benefit from additional leverage and hand clearance. A stunt bar should support a defined skill rather than simply make the setup look more dramatic.
The Australian online marketplace includes many imported hoverboards and aftermarket accessory kits, but visual similarity does not guarantee compatibility. Check the mounting-bolt spacing, deck width, frame clearance, stated load limit and warranty conditions. A manufacturer-matched bar is generally easier to assess than a universal model, especially when the original frame or electronics may already be discontinued.
Choose a setup approved for your board, install it according to the maker’s instructions, and begin with low-speed turns and controlled stops in a clear space. Progress to advanced tricks only when the fundamentals feel automatic, and keep full protective equipment on every session.