Pilgrim V1 · All-Purpose Performance

Engineered to
keep going.

A sneaker rebuilt from zero around human walking mechanics — so the long day, the travel leg and the trail all feel like the first mile.

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8 synergetic modules Ergonomic carbon plate Triple-layer midsole 689% funded
Pilgrim V1 in Cold Ash
NIID × R4DICAL DESIGN LAB 12 FUNDED CAMPAIGNS 30,000 BACKERS · 500,000+ CUSTOMERS BIOMECHANICALLY DESIGNED
Designed from zero

Most “all-purpose” shoes are running shoes with a new color. Pilgrim V1 isn't. It's the product of countless hours of biomechanical research — eight engineered systems calibrated to work as one, so support, comfort and propulsion stop competing and start cooperating.

The Structure

Eight layers, taken apart.

08 · UPPER

Breathable Knit Wrap

Engineered knit that cradles the foot with zero hot spots.

07 · HEEL

TPU Heel Stabilizer

Reinforced sidewalls lock the rearfoot on every surface.

06 · INSOLE

Ortholite Insole

High-spec footbed tuned between function and comfort.

05 · FOAM

Superfoam Layer

Proprietary lightweight foam with durable rebound.

Pilgrim V1 exploded view
04 · CUSHION

Inner Buffer Layer

First synergetic foam tier disperses landing shock.

03 · CORE

Ergonomic Carbon Plate

Curved to the foot — controls forefoot flex, returns energy.

02 · CUSHION

Outer Buffer Layer

Second foam tier for stable, even pressure distribution.

01 · OUTSOLE

All-Terrain Outsole

Full-rubber parametric tread for all-surface grip.

01 / 08 SYSTEMS
Technology

Every detail has a reason.

Ergonomic carbon plate

Shaped to the foot's natural curve, it controls forefoot bend, lowers fatigue risk, and turns the impact of each footstrike into natural forward propulsion.

MID-LAYER · ENERGY RETURN
Carbon plate

Triple-layer midsole

Carbon plate sandwiched between two synergetic foam tiers — a coordinated cushioning system, not a single slab.

SYNERGETIC SYSTEM

Superfoam core

Pressure-mapped, proprietary foam delivers lasting, springy return mile after mile.

LASTING REBOUND

TPU heel stabilizer

Reinforced heel cradle keeps the rearfoot stable through fast, uneven steps.

SIDES REINFORCEMENT

Breathable knit upper

Soft, engineered wrap that ventilates and supports without break-in.

ZERO HOT SPOTS
Parametric Outsole

Grip, computed.

The tread isn't drawn — it's generated. A parametric equation tunes diamond geometry, coverage and rotation across the sole for reliable traction on commute, city, countryside and training surfaces alike.

0
GRIP AREA
0
FOREFOOT COVERAGE
0
ROTATION ANGLE
0
FULL-RUBBER OUTSOLE
Parametric outsole pattern design
The receipts

We don't claim it. We engineer it.

Every promise here traces back to a mechanism and a measurement — not a marketing adjective.

280g
Weight · US 9
38mm
Stack height
6mm
Heel-toe drop
0-day
Break-in
2,000km
Field-tested
<4%
Return rate
Dotted figures are provisional placeholders — pending final lab & wear-test data.
CLAIM 01 / COMFORT

20,000 steps. No next-day ache.

−27%peak landing impact vs standard EVA

How it's built: a triple-layer SYNERGY midsole — two foam densities wrapped around the carbon blade — spreads each footstrike sideways instead of into your joints. The Ortholite® insole and Superfoam distribute load evenly across the whole foot.

Biomechanical pressure analysis showing even force distribution
Pressure-mapped: force spread wide, not concentrated under the heel.
Reengineered ergonomic carbon blade
Ergonomic carbon blade — shaped to the foot's natural curve.
CLAIM 02 / PROPULSION

It pushes back — every step rolls forward.

82%energy return

How it's built: the reengineered Carbon Blade converts landing impact into forward momentum while reinforcing the whole cushioning system. A modified rocker sole keeps your natural gait rolling — improving speed and efficiency over distance.

CLAIM 03 / GRIP

Locked-in traction. Road, track or trail.

103.6grip area · 216 forefoot coverage · 339° rotation

How it's built: the full-rubber outsole tread isn't drawn — it's parametrically computed. Diamond geometry, coverage and rotation are tuned by equation for reliable grip on every surface. These are the real design figures.

Parametric outsole pattern design data
Parametric outsole — geometry generated, not guessed.

Designed from biomechanical research · Ortholite® insole · dual-density SYNERGY Foam · full-piece rubber outsole · validated by 30,000 backers & 12 funded campaigns

Colorways

Pick a tone. Keep the engineering.

COLD ASH Cold Ash White Glacier Dark Forest

Cold Ash

The everyday neutral

White Glacier

Clean & bright

Dark Forest

Stealth & sharp
Choose your pair
Every angle

The Dynamics Chassis, in the round.

A reinvented cushioning solution: a dual-density SYNERGY midsole wrapped around a reengineered Carbon Blade, riding on a modified rocker sole that promotes a natural, energy-efficient gait.

PILGRIM V1 · 360°
How it compares

More shoe. Less money.

Trail shoes grip but punish your legs. Performance runners cushion but slip off-road. Pilgrim was engineered to do both.

Pilgrim V1all-purpose Trail Running~$149 Performance~$250
Underfoot cushioningSoft SuperfoamSolid boardDual layers
Midsole structureDual-density SYNERGYSingle layerSingle density
Carbon Blade
Heel stabilizer
Full-piece rubber outsole
TerrainRoad · Track · TrailTrailsRoad
Specifications

The essentials.

Series
Pilgrim V1
Category
All-Purpose
Men's sizes
US 7–13
Women's sizes
US 5.5–10
Midsole
Triple-layer
Core
Carbon plate
Outsole
Full rubber
Colorways
3 finishes
On camera

See it in motion before you decide.

Reviewers put Pilgrim V1 through the city and the trail — watch the comfort and construction for yourself.

Opens on YouTube · real campaign & review videos

Available now on Amazon

Built once.
Worn everywhere.

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A B C · Full C · Lean