Yes — but not every cycling protocol produces the same result.

Positive acute cycling trials include about 411 meters more distance in a 30-minute time trial after an hour of steady work, 389 W against 378 W in the opening effort of a WorldTour stage simulation, and 5% higher mean power at the end of a 3-hour race simulation when bicarbonate was taken alongside.

Across eight weeks of training with it, time-trial power was 4% higher and VO2peak rose 12% against 6% in control. Through a three-week overload block, riders held 15% more late-session power and absorbed 15% more training load.

In a 30-minute flat-out time trial, power was about 1.5% lower. That's why this page is organised around protocol rather than a single number.

That depends on what part of performance you're trying to improve.

People searching for “cycling supplements” or an “energy supplement for cycling” may be trying to solve very different problems — immediate fuel, long-duration endurance, focus, training adaptation or recovery.

Veech Ketone Ester is a food, not a dietary supplement. It provides D-BHB directly as another oxidizable fuel rather than simply adding more carbohydrate or acting as a stimulant.

What makes VKE especially relevant to cyclists is the direct human evidence: prolonged-effort performance, late-session output, training adaptation and recovery have all been studied in cyclists.

It also does not work identically in every protocol. Duration, timing, amount, carbohydrate context and the athlete's metabolic state matter. For VKE, how you use it is part of whether it works.

EXPLORE VKE FOR ENDURANCE →

There can be more than one reason: pacing, heat, hydration, available fuel, accumulated muscular fatigue and the simple cost of doing hard work for hours.

That late-effort problem is also where some of the VKE cycling research gets interesting.

In one three-hour race simulation, VKE with bicarbonate produced 5% higher mean power at the end. During a three-week overload block, riders using VKE held 15% more late-session power and sustained 15% more training load.

That does not mean VKE fixes every bad ride or replaces a sound race strategy. It means the evidence is especially relevant when the question is what happens after the work starts stacking up.

SEE THE ENDURANCE EVIDENCE →

For VKE, recovery may be as important as race-day fueling.

Some of the strongest cycling evidence comes from repeated use around demanding training rather than a single pre-ride dose. Across eight weeks, cyclists taking VKE after training and before sleep developed greater endurance adaptation and finished with higher time-trial power. Other cycling research found better late-session output during overload training and improved sleep after a deliberately hard training day.

That is why we think about VKE as part of a training-and-recovery protocol, not just something to take at the start line.

TRAINING + RECOVERY →    SLEEP AFTER HARD TRAINING →

It depends what you're trying to solve.

The research covers three different timings: during or around prolonged race protocols, immediately post-exercise, and before sleep. The adaptation and recovery studies — the strongest evidence here — used post-exercise and pre-sleep dosing.

SEE VKE PROTOCOLS →

No — but “replacement” is the wrong frame.

Carbohydrate is the traditional fuel for high-output road cycling. Veech Ketone Ester gives the body D-BHB directly, adding another oxidizable fuel through a different metabolic pathway.

That distinction matters because the result depends on how VKE is used. Some of the strongest acute cycling results were produced with carbohydrate already onboard, while other protocols produced different results under different fuel, timing and acid-base conditions.

The useful question is not simply “carbs or ketones?” It is what you're trying to accomplish, what kind of effort you're doing, and how VKE is incorporated into the protocol.

SEE VKE PROTOCOLS →

Because the protocols differ: event duration, amount, timing, carbohydrate context, acid-base effects, baseline metabolic state and athlete population.

Proper results depend on proper use.

Some studies are designed to isolate a specific question rather than replicate how an athlete would use VKE in practice. A study protocol is not automatically a race-day template.

Use the protocol that matches your event, test it in training, and adjust it to what works for you.

Questions? Ask in the chat or text 703-829-9411.

Yes. KetoneAid works with Soudal Quick-Step, the AG Insurance-Soudal Women's WorldTeam, XDS Astana, and from 2027 Soudal Safety Jogger, along with individual professional riders and coaches.

Soudal's own team content describes KetoneAid ketone ester as one component of a broader recovery strategy focused on repeating high-level performance.

Veech Ketone Ester is not prohibited under WADA rules, and selected KetoneAid products are independently batch tested for substances prohibited under anti-doping rules.

No product eliminates an athlete's individual anti-doping responsibility. Check current batch documentation for the specific product you intend to use.

All three are the same Veech Ketone Ester at different dilutions, so the choice is about concentration, taste and how you want to dose.

Ke4 is 50% and carries 30g per bottle — the most ester in the fewest bottles, and the most potent taste. Ke2 is 25% with 25g per bottle — the same Veech Ketone Ester, more diluted and easier to drink. The Ketone Shot is 8% with 5g per bottle, ready to drink with nothing to measure.

For a training block, most riders end up on Ke4 or Ke2 on cost per gram.