Rock, pull, paddle: how the luge start works, why maximum upper-body strength decides it and why the first metres shape the entire run.
The luge start works like this: you sit on the sled, grab the two start handles, rock back and forth, pull yourself explosively forward — and then keep accelerating over roughly 25 metres by paddling into the ice with spiked gloves [1]. Only then do you lie back flat and let the track do the work [1].
Sounds like a side note. It is not. The start is the only section of a luge run where you make time with pure strength — after that, line, equipment and looseness decide. And because the whole race is settled in thousandths of a second, every mistake at the handles travels all the way to the finish [1].
What drives it is surprising: not the legs. A study of 13 athletes from the Austrian national team found maximum upper-body strength to be a very important performance-determining factor of the luge start, especially isometric bench pull strength — the force with which you pull yourself towards the handles [2]. Athletes producing high peak acceleration leave the start area faster [2].
Newer work using force-velocity profiling on a simulated start confirms the direction: upper-body maximum strength and power relate to start time [3]. At the start, luge is a pulling sport — closer to a pull-up than to a sprint.
Federation and track practice sees the same pattern: top finishes often go together with top start times [1]. Not an exact correlation figure, but a pattern any coach will confirm.
This is how a luge start unfolds — as an explanation of what happens, not as an instruction for your own attempts in the ice track.
You sit upright on the sled, feet forward, and grip the two start handles beside you [1]. The sled rests on the ice with nothing holding it but your arms — any instability here costs hundredths later.
Instead of tearing away from a standstill, you rock back and forth two or three times [1]. The rocking is the run-up you do not have while sitting — it builds momentum and pre-tension, like the backswing before a throw.
At the right moment you pull yourself explosively forward away from the handles [1]. This is exactly where maximum upper-body pulling strength pays off: it determines peak acceleration and therefore how quickly you leave the start area [2].
Then you reach into the ice with the spiked gloves left and right of the sled and keep accelerating for roughly 25 metres [1]. The spikes are deliberately tiny (maximum 5 mm) [4] — they are meant to scratch, not to dig.
As soon as paddling stops adding speed, you lie flat on your back and make yourself as small as possible [1]. From here on it is no longer strength that wins, but calm.
This guide explains and motivates, but it never replaces supervised training through a club, taster sessions and track training under supervision. You practise the start only where a qualified coach is present — on an approved start ramp or on the track, from start points that match your level.
Important for beginners: newcomers always start from lower start points and work upwards step by step. That is not a demotion, it is the safety principle of the sport. And to be clear once more: none of this belongs on a recreational or natural track — artificial track technique has no place there.
At the next World Cup, do not watch the top speed but the start time on screen. You will quickly notice that the athletes at the front of the results were remarkably often already among the fastest starters at the top [1].
The sport is decided at the bottom but prepared at the top. If you want to get into it yourself, that is the best news of all: start power is the part of luge you can train in the gym long before you ever lie on ice [2][3].
You sit on the sled, grip the start handles, rock back and forth and pull yourself off explosively; then you accelerate over roughly 25 metres by paddling into the ice with spiked gloves and finally lie flat into the aerodynamic position [1].
They are tight-fitting gloves with tiny metal points on the index, middle and ring fingers that give you grip on the ice while paddling [4]. The rules limit the spikes to a maximum of 5 mm length with roughly 2 mm spacing — they should grip, not damage the ice [4].
Because it is the only section where you actively create speed; after that, line and looseness count. Since the race is decided in thousandths, every start error carries through to the finish — and top finishes often go together with top start times [1].
Partly yes: the decisive quality is maximum upper-body and pulling strength, and you build that in the gym [2][3]. The start movement itself is learned on dedicated start ramps and on the track under supervision — never on your own.
Under FIL rules a singles sled weighs 21 to 25 kg [4]. For beginners this hardly matters, because clubs and federations provide the sleds — personally you mainly need gloves, helmet and a race suit.
Flat and Loose: The Right Lying Position and Why Relaxation Makes You Faster Than Strength