HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset
HYPER Carbon Crankset

HYPER Carbon Crankset


Regular price$999.00
/
Shipping calculated at checkout.
CONFIGURATION
CRANK LENGTH

The below information is provided for reference as given to us by the shipping companies. We are unable to control the speed of shipping once an item is shipped from our warehouse. We recommend shipping by XDB, FedEx, UPS, or DHL during this period as their logistics networks are less susceptible to distribution.The following delivery times are based on our current business data. In most cases, the actual delivery time falls within these ranges. However, please note that we cannot guarantee delivery within these time frames. These times are provided for reference. The shipment will be sent under the name WINSPACE CYCLING CO., LIMITED, with the company address at Rm. A07 1701-2 New Trend Ctr. 704 Prince Edward Road East San Po Kong KL, China Hong Kong.

Shipping Method

Shipping Cost

ETA (Estimated Time for Arrival)

EMS / XDB for small accessories

$30

20-40 days / 15-20 days

EMS / XDB for wheelsets

Free Shipping / $50

20-40 days / 15-20 days

FedEx / DHL / UPS

$100

7-14 days

 

Notes: 

  1. For orders to the USA, regardless of the shipping method selected, the delivery time generally ranges from 7 to 14 days.
  2. The exact shipping amount will be displayed in the checkout process.
  3. XDB is only an option for EU member states, the UK, United Arab Emirates, Malaysia, Ukraine, Cambodia, Vietnam, and Manila Philippines.

US, Europe, and China warehouses for optimal shipping based on your order and address. Local warehouse shipping offers faster delivery compared to the listed options above.

For COMPLETE BIKES, final assembly and last-mile delivery will be handled by our partners located within the EU and US. Consequently, the lead time will be longer than for orders of individual parts.

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Lightweight performance

298g

Every gram engineered with purpose.

Approximate weight for a 170 mm crankset, excluding hardware. Crank-arm weight varies by approximately ±10 g depending on length.

T1200Carbon fiberAerospace-grade high-modulus lay-up
+16.11%Drive-side stiffnessVersus the tested comparison crankset
1.5MValidated cyclesFatigue durability test program
HYPER 298 gram lightweight hollow carbon crank arms

Technical data

Specifications & configurations

One carbon platform, offered as a power-ready crankset or a complete drivetrain system.

T1200High-modulus carbon
298 g170 mm, ex. hardware
28.99 mmAluminum DUB spindle
7 lengths150 to 172.5 mm
System architecture01
Material
Imported high-modulus carbon fiber (T1200 + T1100 + T800 + M40)
Crank lengths
150 / 155 / 160 / 165 / 167.5 / 170 / 172.5 mm
Spindle material
Aluminum DUB spindle
Frame compatibility
Universal fit

Crank-arm weight varies by approximately ±10 g depending on the selected length.

Choose your build02
Power-ready system01

HYPER Carbon Crank Arms + P515 Power Meter

  • HYPER carbon crank arms
  • Magene P515 spider power meter
  • Aluminum DUB spindle
MSRP (USD)$999

Materials & engineering

Built from advanced materials.
Engineered for real-world performance.

Imported high-modulus T1200 carbon fiber meets a one-piece co-moulded structure for direct power transfer, low rotational mass, and race-ready stiffness.

HYPER one-piece carbon crank molding detail
01One-piece molding
HYPER T1200 carbon crank arms
02T1200 carbon fiber

Proprietary carbon lay-up

Validated by simulation.
Proven in performance.

Finite Element Analysis guided early R&D across real-world pedaling loads and yaw angles. Carbon placement is optimized around stress distribution rather than visual convention.

T1200 + T1100 + T800 + M40
Multi-grade carbon system
28.99 mm
Aluminum DUB spindle
HYPER proprietary carbon layup and finite element analysis

Stiffness proof

Measurably stiffer.
Where it matters most.

Higher forward stiffness on both the drive and non-drive sides supports efficient transfer, sharper sprint response, and durable performance.

195.4Drive side
124Non-drive side
HYPER crankset stiffness comparison charts

Race validated

From the lab to the road.

Material analysis, fatigue testing, and real-world riding close the loop between engineering intent and race-day performance.

HYPER carbon crankset installed on a race bike
01Race-ready system
HYPER crankset detail on a yellow Winspace race bike
02Built into the bike
HYPER crankset race validation collage
03Ridden in competition
HYPER crankset 1.5 million cycle fatigue validation
041.5M validated cycles
HYPER crankset installed on a Winspace race bike
05Proven under load

P515 spider power meter

Precision measured.
Relentless advantage.

Fast-response training data and stable measurement in a compact 99 g package.

99gUltra-light
±1%Accuracy
380 hRuntime
20–240 rpmCadence
MagneticCharging
IPX7Waterproof
HYPER equipped with P515 spider power meter