Extreme macro close-up of carbon fiber weave with individual filaments catching neon cyan light
T800 Aerospace Carbon · Sub-mm Fiber Layup

STICK

Engineered at the molecular level

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Origin Sequence

From Fiber
to Flick.

Four chapters. One continuous act of engineering. Scroll to watch the stick come alive.

01
Chapter 01

Raw Carbon

Under ultraviolet light

Aerospace-grade T800 carbon sheets arrive in rolls. Under UV inspection, every weave is checked for voids at sub-millimeter resolution. One flawed filament is one flawed flick.

Live Spec Data

TENSILE 5,880 MPa
MODULUS 294 GPa
DENSITY 1.78 g/cm³
Carbon fiber sheets under ultraviolet inspection light revealing fiber weave structure
Chapter 01
02
Chapter 02

Robotic Layup

0.1mm fiber placement precision

Six-axis robotic arms lay each ply at programmed angles — 0°, 45°, 90° — building a composite architecture tuned to resist torsion on the hit and transmit energy on the flick.

Live Spec Data

PLY_ANGLE 0°/45°/90°
PLACEMENT ±0.1mm
LAYERS 18 plies
Robotic arm performing precision carbon fiber layup in manufacturing facility
Chapter 02
03
Chapter 03

Stress Rig

Data-verified flex profile

Every production batch is loaded into our 3-point flex rig. The bow profile is measured under 40kg load. Sticks that deviate by more than 0.5mm from spec are scrapped, not shipped.

Live Spec Data

LOAD 40kg
DEFLECT 24.1mm
RETURN 99.8%
Carbon fiber stick under mechanical stress testing with data overlay readouts
Chapter 03
04
Chapter 04

Detonation

Full-speed drag flick

All of it — the UV checks, the robotic plies, the stress rig data — compresses into a single moment. The ball leaves the face at 137 km/h. The goalkeeper doesn't move.

Live Spec Data

VELOCITY 137 km/h
CONTACT 0.14s
TRANSFER 94.7%
Elite field hockey player executing a drag flick at full speed under stadium floodlights
Chapter 04

Stick Configurator

Build Your Stick.

Three choices. One stick. Configured to your game and shipped in 48 hours.

01 — Bow Profile

02 — Weight Class

03 — Grip Colour

Total

£349

Free worldwide shipping

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Rendering

Bow Profile — Low Bow

200mm from toe

Bow

24mm

Weight

500g

Grip

Phantom

Wind Tunnel Data

Numbers don't lie.

Every performance claim is independently verified. No marketing numbers — these came from the lab.

Ball Velocity

137km/h

Peak drag-flick velocity measured in wind tunnel, T800 carbon face

Energy Transfer

94.7%

Kinetic energy transferred from swing to ball at point of contact

Flex Recovery

99.8%

Bow profile returns to within 0.1mm of spec after 10,000 impacts

Torsional Stiffness

47Nm/°

Resistance to twist during off-centre strikes — critical for accuracy

Bow Profile Comparison

ProfileBow DepthToe PositionFlick PowerBall Control
Extra Low26mm180mm
98
72
Low Bow24mm200mm
92
82
Mid Bow20mm250mm
78
94

Field Reports

Used under floodlights.

From national squads to first-season juniors. These are the people who test our engineering every day.

+13 km/h

Flick velocity gain

I switched to the Extra Low six months before the World Cup qualifier. My drag flick went from 118 to 131 km/h. The bow holds its profile — after two hundred training sessions it still measures exactly 26mm.
Elite female field hockey player Priya Venkataraman in training gear

Priya Venkataraman

National Squad, Drag Flick Specialist · Chennai

0 failures

Over 200hrs astroturf

I'm a university midfielder. I used to go through two sticks a season — one snapped at the shaft, one delaminated at the face. This is my first Stick. Eight months, two hundred hours of astroturf. Zero issues.
University field hockey player Tom Ashworth in training session

Tom Ashworth

Durham University 1st XI, Centre Mid · Durham

3 weeks

To first top-D goal

My daughter scored her first top-of-the-D goal three weeks after we got her the Low Bow. She's fourteen. The stick didn't do that — she did — but having the right bow profile meant she could actually execute what she'd been practising.
Young junior field hockey player celebrating a goal on astroturf pitch

Claire Hofmann

Parent · Junior Club, Düsseldorf

Trusted by university programmes across the UK

Durham
Oxford
Cambridge
Loughborough
Bath
Edinburgh
Durham
Oxford
Cambridge
Loughborough
Bath
Edinburgh
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