Force-Velocity Sprint, a Neuromuscular cycling workout from Team TotalEnergies

Neuromuscular

272 min

Medium intensity

Force-Velocity Sprint

Force-Velocity Sprint

Force-Velocity Sprint

Raise maximal power through the force-velocity profile: ten-second sprints at 60-80, 100-120 and 130-150 rpm, in three sets 90 minutes apart across a four-and-a-half-hour ride.

Team TotalEnergies logo

Team TotalEnergies

UCI ProTeam

Pro team

Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7
Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7
Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7

Stimulus

Stimulus

Neuromuscular

Duration

Duration

272 min

Intensity

Intensity

Medium

RPE

RPE

7 / 10

Level

Level

Advanced

Best ridden

Best ridden

Outdoors

INTERVAL BY INTERVAL

The workout

Written as a share of critical power, so it fits every rider. In Vekta it becomes your watts, with the W′ cost shown before you ride.

Force-Velocity Sprint, a Neuromuscular cycling workout from Team TotalEnergies

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Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7
Force-Velocity Sprint, a Neuromuscular cycling workout from Team TotalEnergies

Free, one step

Unlock the full workout

Every interval and every target, right here on this page and in your inbox.

By unlocking you subscribe to Vekta's workout emails. Unsubscribe any time.

Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7

Force-Velocity Sprint

Force-Velocity Sprint

Force-Velocity Sprint

Team TotalEnergies

Warm-up: 30 min at 50-60% CP Set 1: 3 x 10-sec sprint at different pedaling rates (60-80 rpm, 100-120 rpm, 130-150 rpm), with 5-min of rest between each. Recovery: 1h30 at 50-60% CP Set 2: 3 x 10-sec sprint at different pedaling rates (60-80 rpm, 100-120 rpm, 130-150 rpm), with 5-min of rest between each. Recovery: 1h30 at 50-60% CP Set 3: 3 x 10-sec sprint at different pedaling rates (60-80 rpm, 100-120 rpm, 130-150 rpm), with 5-min of rest between each. Cool-down: 30 min at 50-60% CP

Warm-up: 30 min at 50-60% CP Set 1: 3 x 10-sec sprint at different pedaling rates (60-80 rpm, 100-120 rpm, 130-150 rpm), with 5-min of rest between each. Recovery: 1h30 at 50-60% CP Set 2: 3 x 10-sec sprint at different pedaling rates (60-80 rpm, 100-120 rpm, 130-150 rpm), with 5-min of rest between each. Recovery: 1h30 at 50-60% CP Set 3: 3 x 10-sec sprint at different pedaling rates (60-80 rpm, 100-120 rpm, 130-150 rpm), with 5-min of rest between each. Cool-down: 30 min at 50-60% CP

Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7
Force-Velocity Sprint power profile: 272 minutes, medium intensity, RPE 7

Next step

Ride Force-Velocity Sprint in Vekta

Scaled to your CP and W′ automatically, synced to your device, with the cost shown before you ride it. Free for 14 days.

Coaching instead? Switch to the coach view

Next step

Ride Force-Velocity Sprint in Vekta

Scaled to your CP and W′ automatically, synced to your device, with the cost shown before you ride it. Free for 14 days.

Coaching instead? Switch to the coach view

Next step

Ride Force-Velocity Sprint in Vekta

Scaled to your CP and W′ automatically, synced to your device, with the cost shown before you ride it. Free for 14 days.

Coaching instead? Switch to the coach view

Next step

Prescribe Force-Velocity Sprint to your athletes

Paste the structure into the AI Workout Builder and it becomes a session in each athlete’s zones, synced to their device. Free for coaches.

Switch to the athlete view

Next step

Prescribe Force-Velocity Sprint to your athletes

Paste the structure into the AI Workout Builder and it becomes a session in each athlete’s zones, synced to their device. Free for coaches.

Switch to the athlete view

Next step

Prescribe Force-Velocity Sprint to your athletes

Paste the structure into the AI Workout Builder and it becomes a session in each athlete’s zones, synced to their device. Free for coaches.

Switch to the athlete view

Why this workout

Team TotalEnergies on this workout

Team TotalEnergies on this workout

Team TotalEnergies logo

Team TotalEnergies

Team TotalEnergies

"The objective of this session is to improve the maximal force-power-velocity profile in order to increase maximal power output. It also allows for the evaluation of changes in maximal power output following cumulative work. This session can be performed at any point during the season."

"The objective of this session is to improve the maximal force-power-velocity profile in order to increase maximal power output. It also allows for the evaluation of changes in maximal power output following cumulative work. This session can be performed at any point during the season."

— Team TotalEnergies

— Team TotalEnergies

The breakdown

Inside the workout

A workout to improve the maximal force-power-velocity profile, and with it maximal power output.

Each set is three ten-second sprints, one at 60–80 rpm, one at 100–120 rpm and one at 130–150 rpm, with five minutes of rest between them: the same maximal effort at low, middle and high cadence. Three sets, 90 minutes at 50–60% of CP between them, 30 minutes either side. Four and a half hours all told.

Repeating the sprints after long blocks of riding also shows how maximal power changes with cumulative work. Team TotalEnergies use it at any point in the season.

In Vekta, the peaks tab reads each sprint against the rider's history, and the torque tab shows the low-cadence efforts.

Force-Velocity Sprint, a Neuromuscular cycling workout from Team TotalEnergies

Neuromuscular

Stimulus

Advanced

Workout level

Outdoors

Best ridden

Road,

DISCIPLINE

A cadence readout, for sprints at 60–80, 100–120 and 130–150 rpm.

A cadence readout, for sprints at 60–80, 100–120 and 130–150 rpm.

WHAT YOU NEED

The stimulus

Neuromuscular, explained

Maximal, explosive efforts that train the nervous system and the top of the curve.

What it is

What it is

Very short efforts, five to sixty seconds, at 180% of critical power and above, with full recovery between them. Sprints, standing starts, torque efforts and short hill attacks live here. In Vekta's classification anything above 180% of CP is neuromuscular.

Why it matters

Why it matters

Peak power, Pmax, is one of the three numbers in the performance model, and it is the one most riders never train. It decides who wins the sprint, who makes the split when the road kicks, and it feeds the whole power curve: a higher top end makes every effort below it feel easier.

NeuromuscularPeak power, Pmax
AnaerobicW′ capacity
VO2 MaxAerobic ceiling
Lactate ClearanceRecovery under load
ThresholdCritical power, CP
TempoSustainable pace
AerobicEfficiency
DurabilityFatigue resistance
Heat TrainingHeat tolerance
TestSets CP and W′

If you ride it

If you ride it

If you ride it

Quality over quantity. These are the only intervals where you should stop the set as soon as power drops, because the point is the maximum, not the fatigue. They are best placed early in the week or before a hard session, never after a long ride.

If you coach it

If you coach it

If you coach it

Track Pmax and the five-second peak over a block; both should move within weeks. Recovery between efforts is the lever: cut it and the session becomes anaerobic capacity work, which is a different adaptation.

In Vekta

In Vekta

In Vekta

The AI Workout Builder handles the nested structure, and the head unit shows the targets. Afterwards the peaks tab flags the best efforts, and the trophy view shows whether the session produced an all-time or eight-week best.

Cyclist racing on a mountain climb

Dream Big

Dream Big

Dream Big

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The model behind the WorldTour, running on your data.

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