Rated 4.7 (260) Satisfied Athletes

Rekove Scaffold — Collagen + Vitamin C, Timed for the Pre-Load Window

$59.00 $84.00 YOU SAVE 30%

You’re loading it right. You’re resting it right. Nothing is feeding it.

10 g collagen + 100 mg vitamin C — supports progressive overload

Feeds the tendon while you train the skills

Supports connective-tissue recovery between training sessions

90-day refund if it didn't earn its place.
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10 g Collagen Peptides
Type I/III bovine — the tendon substrate
100 mg Vitamin C
The cofactor, dosed to not blunt training
100 mg Hyaluronic Acid
Joint comfort under load

~2× collagen-synthesis markers vs placebo, taken pre-load. Shaw & Baar, UC Davis 2017 ↓

90-DAYS RISK REVERSAL

Run the full protocol. Or get every cent back.

Two scoops before every session. If you don't think it earned a place in your training, email us and we refund everything — no forms, no retention script, and don't send the bag back.

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Sounds familiar?

  • The shoulder: It clicks on dips. It aches when you sleep on that side.
  • The bicep: You added weight to your pulls — and ever since, there's a weird pain that wasn't there before.
  • The elbow and wrist: It started after the muscle-ups. First dips came off the list, then extensions. Now every handstand starts with a negotiation.
  • The fear: Nothing hurts yet. But you’ve seen the tear videos, and every heavy set comes with a half-second question: is today the day?
  • The comeback: You rested. It healed. And you came back worse than you've ever been.
  • The one that keeps coming back: Third time in the same spot. You did the rehab. It came back anyway.

You’re not being paranoid.

And you're not being soft, or unlucky, or bad at rehab. You're paying attention.
Every one of those has the same piece missing.

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The part nobody prescribed

1. Rest works. Loading works. Your physio is right about both — keep doing exactly what they told you.

2. But rest only stops the aggravation, and loading is only the stimulus. Your strength adapts before your tendon does. In a three-month training study, strength rose 40.5% — while tendon stiffness didn't measurably change until the very end. The stronger you get, the longer your tissue spends behind.

Descriptive image text

Adapted from Kubo et al., J Strength Cond Res 2010 (n=8, isometric knee extension).

3. And remodeling needs raw material. Muscle gets its own every time you eat protein — tendon doesn't. Glycine, proline and hydroxyproline barely exist in a normal training diet. You've been running a rebuild with no building material.

4. That's why it keeps coming back in the same spot. Every plan fixed the load; none of them fed the tissue. Rest healed the pain — nothing fed the rebuild.
It was never your rehab. And it was never your fault.

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THE MECHANISM

The 30-Minute Window

Tendon has almost no blood supply of its own. Loading is the moment nutrients actually reach it — which is what makes the half hour before you train the only window that matters.

In the foundational trial, athletes took collagen with vitamin C an hour before loading. Blood markers of collagen synthesis roughly doubled versus placebo. What the study measured: synthesis responding to a pre-load dose.

Collagen is the delivery truck. Training is the construction site. Timing decides whether the truck arrives while anyone's working.

Shaw G, Lee-Barthel A, Ross ML, Wang B, Baar K. Am J Clin Nutr, 2017.

This is the whole thing.

01 — Two scoops

In juice, coffee, or whatever you already drink

02 — Wait 30–60 minutes

The window the research points at.

03 — Train

The load is the signal. Now there's material to build with.

What actually changes

What actually changes

Keep progressing without your tendons falling behind

Next skill, next rep, next plate — the pre-load window puts the raw material in your blood at the moment the tendon can use it.

Stop dropping the exercises you used to do

Hyaluronic acid and collagen peptides for the wrists, elbows and shoulders taking the load.

Make a comeback that holds this time

Rest stops the pain. This is what the rebuilding gets made from.

Train four to six days a week and let the tissue keep up

Connective tissue doesn't get rest days when you don't.

Stop hesitating before every heavy set

The one proactive input nobody gave you — not more rest, not another rehab video.

The actives, and the doses

Made in an FDA-registered, cGMP-compliant facility and third-party tested for purity and potency

The actives, and the doses

Made in an FDA-registered, cGMP-compliant facility and third-party tested for purity and potency

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Hydrolyzed collagen peptides

Bovine, Type I/III — glycine, proline and hydroxyproline, the exact aminos tendon is built from. Tendon is ~95% Type I. (Type II is cartilage: different tissue, different product.) A 2026 dosing review places 10–15 g pre-exercise inside the range associated with reduced activity-related tendon discomfort.

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Vitamin C

The cofactor collagen synthesis can't run without — twice the ~50 mg the pre-load studies used. We could have printed 1,000 mg; above roughly a gram, vitamin C starts blunting the training adaptations you're in the gym for. This is the dose that runs synthesis without fighting your training.

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Hyaluronic acid

In your joints, hyaluronic acid is what gives synovial fluid its consistency — a lubricant under slow movement, a shock absorber under impact. Wrist, elbow, shoulder: the joints taking repeated load. It's a supporting ingredient here.

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Protein

That's the collagen, counted the way a nutrition panel counts it — not a second protein source on top.

Gram for gram, collagen carries roughly 15× the glycine of whey — and hydroxyproline barely exists outside collagen at all. Whey is for muscle. This is for the tissue whey doesn’t feed.🏭Made in an FDA-registered, cGMP-compliant facility

We didn't write these. Athletes did.

Rekove
Rekove
Others
Collagen peptides
Vitamin C — the cofactor synthesis can't run without
Hyaluronic acid for joint comfort
3rd-Party Tested
Cost Per Serving
~$1.49 ~$1.96

What to expect, honestly

The Loading Phase — why the kit is three months

SESSION 1

Synthesis responds. Sensation doesn’t.

Markers of collagen synthesis respond to the first pre-load dose — that’s what the trial measured. You won’t feel anything initially.

WEEKS 1–4

The ritual locks in

Two scoops, 30 minutes, train. Nothing to feel yet — the habit forming is the product working.

WEEKS 4–8

Where a tendon starts to feel steadier

The window where a tendon or joint can start to feel different under load — steadier on the movements that used to nag.

WEEKS 8–12

Where structure shows in the research

This is where structural adaptation shows up in the research — the slow rebuild loading alone never finishes. It's also where consistent athletes stop bracing and start trusting the load again. That's why the kit is three months: biology sized the bundle, not a discount.

IF YOU STOP

It detrains

Tendon adaptation fades faster than muscle — in the research, stiffness gains faded within about two months of stopping. Not a sales tactic. It's why this is a protocol you keep running, not a bottle you finish.

THE FULL PROTOCOL GUARANTEE

Run it. Or get every cent back.

Run the full Loading Phase — 90 days, two scoops before every session. If it didn't earn a place in your training, email us for a full refund. No forms, and don't send the bag back.

How can we afford this? Because the protocol is honest about what it does and who it's for. No influencer deals, no invented doctors, no fake reviews — we'd rather refund the athletes it didn't help than become another brand you screenshot.

Rekove Scaffold FAQ

Isn’t collagen a scam? I’ve read you can’t even absorb it. +

Half right — about most of what's sold. Two things are usually missing: vitamin C (synthesis can't run without the cofactor) and any guidance on timing. And yes, most of a collagen dose is broken down into free amino acids — but specific fragments (Pro-Hyp, Hyp-Gly) survive digestion, appear in the blood, and signal the cells that build tendon. That's the mechanism the pre-load trial tested, and synthesis markers doubled. If a collagen failed you before, it was a mechanism problem, not a category problem.

Only loading and rest fix tendons. A supplement won't? +

Loading and rest are the core — keep both, keep your physio's plan. But rest only stops the aggravation, and loading is only the stimulus. Neither one delivers the raw material the tissue rebuilds from. This rides on top of the rehab you're already doing. It doesn't replace a minute of it.

I've done the rehab three times and it keeps coming back. Why would this be different? +

Because it's a different variable, not the same one repeated. If the tissue never got the raw material to remodel, it rebuilds under-strength and fails in the same spot the moment real load returns. That's not your patience and it's not your fault — it's an input nobody added. This is that input, run alongside the rehab you already know works.

I've got golfer's elbow. Doesn't that just take months no matter what? +

The timeline is real, and nothing here changes the biology. But part of why it drags is that loading is the only input most people ever give it. Loading is the signal; this is the material the signal needs to build with. Keep doing your rehab — this supports it, it doesn't shortcut it.

Does it actually prevent injury? +

No — and anyone who tells you a supplement prevents injury is lying to you. What it does is give the tissue the raw material it's built from, at the window it can use it, while you train. It supports tendon resilience as the load goes up. That's the honest claim, and it's the whole claim.

Can't I just do gelatin and orange juice? +

Yes — and the Loading Window Guide shows you exactly how, free. What you're buying is the version that's already dosed, already has the cofactor, and mixes in ten seconds. The catch is that it only works before every session, for twelve weeks. That prep discipline is the real price of DIY — some people have it, most don't.

I already eat enough protein, why do I need this? +

For muscle, probably. Tendon is built from a different amino profile — glycine, proline, hydroxyproline. Gram for gram, collagen carries roughly 15× the glycine of whey, and hydroxyproline barely exists outside collagen at all. Keep the whey; it's doing a different job.

How fast will I feel it? +

Sessions feel the same at first — synthesis responds from the first dose, sensation doesn't. Comfort changes, if they come, tend to show at 4–8 weeks; structural adaptation in the research is 8–12. Anyone promising you week one is describing a placebo, or selling one.

I'm 19 — is there any point this young? +

Especially this young. You're loading tendons harder now than you ever will, and tendon adapts slower than the muscle driving it. The people tearing biceps in the videos aren't 50 — they're young athletes whose strength outran their tissue.

Is it vegetarian? +

No. Collagen is animal-derived — ours is bovine.

What does it taste like? Does it mix? +

Unflavoured and near-neutral. Two scoops into juice, coffee or a smoothie 30–60 minutes before training. Dissolves with a stir or ten seconds in a shaker.

How long does one bag last? +

30 servings. At two scoops before every training day, four to six sessions a week, that's about five to seven weeks.

References +
  1. Shaw G, Lee-Barthel A, Ross ML, Wang B, Baar K. Vitamin C–enriched gelatin supplementation before intermittent activity augments collagen synthesis. Am J Clin Nutr, 2017. — https://pmc.ncbi.nlm.nih.gov/articles/PMC5183725/
  2. Kubo K, Ikebukuro T, Yata H, Tsunoda N, Kanehisa H. Time course of changes in muscle and tendon properties during strength training and detraining. J Strength Cond Res, 2010. — https://pubmed.ncbi.nlm.nih.gov/19996769/
  3. Holwerda AM, van Loon LJC. The impact of collagen protein ingestion on musculoskeletal connective tissue remodeling. Nutr Rev, 2022. — https://pmc.ncbi.nlm.nih.gov/articles/PMC9086765/
  4. Zdzieblik D, Oesser S, Baumstark MW, Gollhofer A, König D. Collagen peptide supplementation in combination with resistance training improves body composition and increases muscle strength. Br J Nutr, 2015. — https://pmc.ncbi.nlm.nih.gov/articles/PMC4594048/
  5. Smeets JSJ et al. Protein synthesis rates of muscle, tendon, ligament, cartilage and bone tissue in vivo in humans. PLoS One, 2019. — https://pmc.ncbi.nlm.nih.gov/articles/PMC6837426/
  6. Bohm S, Mersmann F, Arampatzis A. Human tendon adaptation in response to mechanical loading: a systematic review and meta-analysis. Sports Med Open, 2015. — https://pmc.ncbi.nlm.nih.gov/articles/PMC4762788/