The ollie is the gateway to every trick: what you need first, five learning stages up to the rolling ollie, and the timing error that stalls almost everyone.
The ollie is the jump where board and rider leave the ground together — without you touching the deck with your hands. You snap the tail into the ground, drag your front foot forward across the griptape in the same moment, and level the board out in the air. Realistically you need a few weeks to several months of regular practice before it works cleanly while rolling. Not a trick you tick off in an afternoon — but not one that needs talent either.
And here is why you learn it first: the ollie is not one of many tricks, it is the shared foundation of almost all the others. When researchers compared the muscle activity of seven experienced skaters during ollie, kickflip and 360 flip, they found, in every skater, at least one shared muscle synergy for the fundamental jumping task that recurs in all three tricks [2] — an activation pattern in the nervous system that the tricks share. That points to transfer, it is not proof of learning: master the ollie and you already carry the jump building block for many flips.
What happens is surprisingly brutal. In a force-plate study with seven top amateur and professional skaters, the tail snap of an ollie up onto a 45.7 cm platform generated a peak force of 2.22 ± 0.22 body weights [1] — at 75 kilos a good 165 kilos of pressure driven into the ground in milliseconds. The landing off the platform is harder: within the first 30 to 80 milliseconds, 4.74 ± 0.46 body weights [1] went through the legs. The authors found that higher than expected: the skaters deliberately landed firmly to stabilise, and the platform also raised the centre of mass.
The good news doubles as a warning: the ollie is the first movement in skating with real impact — a sensor study calls it one of the most dangerous fundamental skateboarding skills [3] — as a starting assumption, with no injury data of its own behind it.
The prerequisites here are not optional. They are the difference between "learns it in weeks" and "never learns it".
Board on grass so it cannot roll away. Back foot ball-of-foot centred on the tail, front foot angled a hand's width behind the front bolts. Now just one thing: snap the tail down and jump in the same instant. Do not pull, do not press — snap. Milestone: the snap is loud and dry, and you are in the air when it happens, not after.
The moment the tail hits the ground, you slide the outer edge of your front foot across the griptape toward the nose — not a lifting but a dragging motion forward and up. The griptape grabs your shoe, and that is what pulls the board up with you. Milestone: on grass both wheels leave the ground together and the board stays with your feet.
Sensor analysis splits the ollie into three phases: ascending, flight, descending [3]. The flight phase decides the landing — pull your back knee up so the tail catches up and the board goes horizontal. Milestone: in a freeze frame your board sits parallel to the ground, not tipped back.
Now take it rolling. Slow rolling feels harder than a decent pace because stability is missing — but it is the safe route. Ride at walking speed, exactly the same movement as on the grass. Milestone: in 8 out of 10 attempts you land on both feet over the trucks and roll away.
Only now does height enter the picture: masking tape on the ground, then a board lying flat, then a kerb. Height does not come from more force but from more pull — a review sees indications that mobility and fast force production in the legs help ollie height — it has not been measured robustly [4]. Milestone: you ollie over a board lying flat — a good ten centimetres, about kerb height, and with it your ticket into almost every trick.
The hard number first: landing from the 45.7 cm platform, 4.74 ± 0.46 body weights hit within 30 to 80 milliseconds [1] — the impact is over before you register it. In a simulation the load was highest on the middle metatarsals, the area directly behind your toes [6]. That is why flat, cushioned skate shoes are not a style question but equipment.
The most common route to injury is unspectacular by contrast: loss of balance and a fall [7]. Whoever falls throws their hands out by reflex — which is why wrist and forearm are the most frequently injured body parts in skateboarding [7]. Wrist guards are an obvious small lever: in snowboarding, wrist injury risk with guards dropped to about a quarter — transfer, as the analysis does not exist for skateboarding; non-experimental data suggested possibly more finger and elbow/shoulder injuries [8].
For helmets the practice is poor: across 17 studies, helmet use in skateboarding ranges between 0 and 41.7 percent [9]; the review also points to worse outcomes without a helmet. And: do not practise in traffic. A skatepark takes cars out of the equation.
The most important sentence last: this guide explains and motivates — it does not replace supervised coaching. Ten minutes with someone standing next to you watching your pop saves you weeks.
Film yourself from the side in slow motion and watch only the moment the tail hits the ground. Almost every beginner believes they lack jumping power. In reality the front foot is already up before the pop happens — and a board that has not been snapped down cannot rise.
The sequence is non-negotiable: snap first, drag second. Count out loud while you practise: one is the snap, two is the drag. Once you have that, the whole trick tree belongs to you.
With two to three sessions a week, most people need a few weeks to a few months before the rolling ollie works; a first pop standing still often comes within days. There are no solid studies on learning times — this is experience, not evidence. What decides it is frequency, not the length of the session.
Almost always the order is wrong: the front foot pulls before the tail has snapped — without the rebound the board has no impulse. Second most common cause: the front foot sits too far forward and cannot drag. Film yourself from the side, in slow motion the mistake is instantly visible.
Yes. Kickflip and 360 flip are mechanically ollies with an added movement (the heelflip likewise), and EMG measurements of ollie, kickflip and 360 flip show a shared jumping synergy [2]. Without a stable rolling ollie every flip lacks height and therefore time in the air. Ollie over a board lying flat first, then flips.
Height probably comes from mobility and fast force production in the legs — there are indications for that, but no robust measurement [4]. In practice: jump strength (squats, box jumps) plus hip and ankle mobility. Add balance, because balance and lower-body strength were the most important factors in the performance model [5].
It is the first movement in skating with real impact: landing off a 45.7 cm platform reached 4.74 body weights in under a tenth of a second [1], and a sensor study calls the ollie one of the most dangerous fundamental skills [3]. With a helmet, wrist guards, clean progression and soft knees it is well manageable.
Learning the Kickflip: Why It Is Not Harder Than the Ollie — Just More Precise