Ready for your first jump? 49 % of kite injuries happen during jumps. The five prerequisites with checkable criteria — plus a landing test you can do on land.
You are ready for your first jump when four things are true at once: you hold your ground upwind in both directions, you change direction without stopping, you can self-rescue — and you have at least 50 metres of clear space all around you. That is not a matter of taste. In the IKO syllabus first jumps sit in Level 4, behind the complete "Independent" block of riding upwind, sliding transitions and deep-water self-rescue [1].
And now the number nobody likes to hear: in the Dutch KITE study, 49 % of injuries happened during jumps and tricks, against only 26 % during ordinary riding [2]. In an analysis of surfers, windsurfers and kiters, the share of severe injuries (fractures, dislocations, ruptures, concussions) was conspicuously high in kiters at 20.9 % [3] — though still below what the authors cite for team sports (at least 35.4 %). A first jump is not an achievement box to tick. It is a safety decision.
What you will not find in this guide: the take-off instructions. Not out of caution theatre, but because a text cannot supervise the moment several hundred kilos of pull lift you off the water. This guide takes you to the starting line and tells you honestly whether you are standing on it yet. The take-off itself you learn with a coach next to you in the water — no guide replaces a kite school, and with jumping that goes double.
The good news last: every prerequisite below is checkable. You do not have to guess whether you are ready. You can measure it.
Jumping assumes you control where you end up. Drift downwind and you collect your mistakes exactly where the space runs out. Milestone: three runs out and back, arriving at or above your starting point every time.
If you have to restart after every run, you have no spare attention on the water for anything else. Milestone: ten turns in a row, no water start in between, no ground lost across the series.
In the air you are watching the water, the traffic and your landing spot — not the canopy. So the steering has to be automatic. Drill: ride a whole run, keep the kite calm, eyes locked on the horizon. Milestone: 30 seconds straight, calm kite, not a single check-up glance.
Your legs have to absorb the landing load elastically instead of locking out — at the peak roughly three times your body weight [5]. You train that on land, and on the water in small doses: ride through chop and deliberately soak up every little step. Milestone: you ride through chop without it slamming into your knees or lower back — and you pass the bench test from the Pro Tip.
Before every run: who is upwind, who is downwind, where do I go if I have to, what is behind me? Plus the 50-metre rule for jumps [6] and a look at everything solid — groyne, jetty, shallows. Milestone: you can answer those four questions in three seconds without stopping.
With a coach, in calm wind, on a kite that is rather too small than too big, and somebody filming from shore. Milestone: your first jump happens because you decided it — not because a gust took you along.
This is the section you do not skip. 49 % of all kite injuries happen during jumps and tricks [2]. The sports medicine review names the mechanism explicitly: uncontrolled actions and failed jumps with poor landings [8]. In the Norwegian accident analysis (kitesurfing and snowkiting) fractures were the most common injury type, and falls from over five metres made up 30 % of the accidents, mostly in snowkiting [4].
So here, harder than anywhere else: wear a helmet and an impact vest — on the water only 33 % do [4]. At least 50 metres of clearance from others before you even think about leaving the water [6]. And: offshore wind is an abort criterion, not a challenge [7] — a failed landing offshore is not an annoyance, it is a rescue.
You practise quick release and depower dry on land [9] until the grab is automatic. Rotations and anything that rips the kite aggressively across the window belong neither in a text nor in your first moments in the air — that is its own terrain with its own supervision.
And the sentence this guide rests on: no guide replaces a kite school. A kite is a traction device capable of several hundred kilos of pull. The moment it lifts you off the water needs somebody watching — not somebody who wrote something down.
Do the bench test before you even think about the water. On land, jump off a bench or step about 40 centimetres high and land on one leg. Can you stand still for three seconds, does the knee flex softly, does it stay over the foot instead of collapsing inward?
If not, your landing is not ready — and you would rather find that out on grass than in the air over water. Build it up: two legs first, then one leg, then three seconds of quiet standing. The jump is the spectacular part. The landing is the part that decides your next ten seasons.
And get someone to film you from shore as soon as you start. A ten-second phone clip shows whether you truly land softly — your own sensations will not tell you that.
By four checkable criteria: you hold your ground upwind in both directions and return to your starting point, you change direction without stopping on both sides, you can relaunch and self-rescue alone, and you have 50 metres of clearance around you [6]. In the IKO syllabus first jumps accordingly only appear in Level 4 [1].
Clearly riskier than ordinary riding: 49 % of all kite injuries happen during jumps and tricks, only 26 % while cruising [2]. In an analysis that included surfers and windsurfers, the share of severe injuries in kiters was 20.9 % [3] — conspicuously high, but below the figure for team sports. That is not an argument against jumping — it is an argument for prerequisites, protection and supervision.
At least 50 metres from everybody else on the water — the common rule for jumps and tricks [6], roughly half a football pitch. Add distance from anything solid: groynes, jetties, shallows, shore downwind. If your spot does not offer that corridor, today is not a jumping day.
Elastically, not locked out. In a sensor-insole study the highest values measured were roughly 31.7 newtons per kilogram of body weight [5] — around three times your body weight; on average the landing forces of kitesurfers were clearly lower (about 12 N/kg per foot). Your legs have to dissipate that load through joint travel rather than catching it. You prepare on land with landings and single-leg stability; the fine-tuning on the water belongs to coaching.
Clearly not advisable. The sports medicine review names uncontrolled actions and failed jumps with poor landings as the main injury mechanism [8], and jumps account for the single largest block of injuries at 49 % [2]. A coach sees timing and landing position from the outside — exactly what you cannot see yourself.