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Serenade Engineering
Carbon Wheel Technology
Engineered as a Complete Wheel System.
Serenade carbon wheels are developed as complete systems—not simply carbon rims connected to hubs.
Carbon layup, rim geometry, tire support, spokes, hubs and wheel-building tension all influence how a wheel accelerates, handles and performs under load.
From road racing to gravel and mountain biking, our engineering approach starts with the rider and works backward to the wheel.
——The System
A Wheel Is a System
A great wheel is more than one component. Rim, hub, spokes, tire and build quality all work together. Serenade engineering considers the complete system to create wheels that perform on the road, gravel and trail.
01
Carbon Structure
Controls stiffness, strength and weight.
02
Rim Geometry
Controls tire support, handling and aerodynamic behavior.
03
Spoke System
Transfers forces between hub and rim.
04
Hub
The mechanical center of the wheel.
05
Wheel Build
Precision hand-built under controlled tension.
06
Testing
Validates the complete wheel structure.
——01 / Carbon Technology
Carbon Is Not One Material
Layup Defines the Wheel.
Carbon fiber provides exceptional strength-to-weight potential, but the performance of a rim depends heavily on how the material is arranged.
Serenade uses different fiber orientations in different structural zones to control stiffness, torsion and impact resistance.
Carbon wheel performance depends not only on the grade of carbon fiber, but on fiber orientation, resin system, layup sequence and structural design.
0°
Longitudinal
Longitudinal Load
Supports radial stiffness and structural load paths through the rim.
±45°
Torsional
Torsional Control
Helps manage braking, acceleration and cornering forces.
90°
Hoop
Hoop Stability
Supports rim shape and circumferential strength around the tire bed.
——02 / Aerodynamics
Designed Around Airflow
Not Rim Depth Alone
Layup Defines the Wheel.
A deeper rim is not automatically a faster rim.
Aerodynamic wheel performance depends on the relationship between rim depth, external width, tire shape, spoke profile and changing wind angle.
Serenade develops different rim profiles around their intended riding speeds and conditions.
Rim Depth
Controls aerodynamic surface area and influences drag characteristics.
External Width
Helps manage the transition between tire and rim.
Tire Shape
Changes the effective aerodynamic profile of the complete wheel.
Yaw Angle
Represents real-world airflow arriving from different directions.
Wavy Rim Profiles
Selected Serenade rims use variable-depth profiles designed to influence airflow separation and steering behavior in changing winds.
——03 / Rim Width & Tire System
Rim Width Changes the Tire
The Tire You Ride Depends on the Rim Beneath It.
Internal rim width changes the installed shape of a bicycle tire.
A wider rim generally provides more lateral tire support and can allow wider tires to operate more effectively at lower pressures, while narrower rims may better suit smaller road tires.
Road
21–23mm
Gravel
23–25mm+
MTB
25–34mm
| Internal Width | Typical Use | Tire Focus |
|---|---|---|
| 21mm | Road | 25–30c |
| 23mm | Modern Road / All-Road | 28–34c |
| 25mm | Gravel / Wide Road | 32–50c |
| 30mm | XC / MTB | MTB tires |
| 32–34mm | Trail MTB | Wider MTB tires |
There Is No “Best” Rim Width
The correct rim width depends on tire size, terrain, pressure, rider weight and intended handling.
——04 / Spoke Technology
Carbon vs Steel Spokes
Different Strengths. The Right Choice for Your Ride.
Carbon Spokes
Performance Focus- Lower mass
- High lateral stiffness
- Fast response
- Direct ride feel
Steel Spokes
Durability & Serviceability- Excellent fatigue life
- Easy servicing
- Broad availability
- Strong impact tolerance
Which is better?
Neither material is universally better. Carbon spokes prioritize low mass and stiffness. Premium steel spokes prioritize durability, serviceability and versatility. Your riding style should determine the choice.
——05 / Hub Engineering
The Mechanical Center
More Than Just Rotation.
The hub does more than hold the spokes. It determines bearing support, freehub compatibility, axle standards, spoke geometry and engagement. Serenade lets you choose compatible hub options for your build.
Bearing System
Smooth rotation and long-term durability.
Engagement
Determines how much freehub movement occurs before drivetrain torque engages.
Flange Geometry
Influences spoke angles and wheel structure.
Freehub
Supports Shimano, SRAM and more.
Axle & Brake Standard
Must match your bike.
Spoke Configuration
Optimized for your build.
——06 / Wheel Building
Engineering Becomes a Wheel Here
A great wheel depends on more than premium components. Spoke tension, trueness, dish and stress relief bring the rim, hub and spokes together as one complete system.
01
Lacing
02
Initial Tension
03
Truing
04
Dish Check
05
Stress Relief
06
Final Inspection
07 / Testing & Validation
Test the Wheel. Not the Marketing.
Engineering decisions must survive repeated loads, impacts and real riding conditions. Serenade validation focuses on the complete wheel, not just individual components.
Fatigue
Repeated load cycles evaluate long-term structural behavior.
Impact
Rim structures are evaluated against sudden impact loads.
Spoke Tension
Spokes are checked for consistency during and after build.
Real-World Riding
Validated under real riding conditions.
——08 / Technology by Discipline
One Engineering Philosophy. Three Different Wheels.
The same technology, adapted for different riding demands.
Road Wheels
Speed & Efficiency
- Aerodynamics
- Low rotating mass
- Road tire integration
- Carbon spoke options
Gravel Cycling Wheels
Control & Versatility
- Wider internal rims
- Tire support
- Durability
- Steel / carbon spoke options
Lightweight MTB Wheels
Strength & Control
- 25–34mm internal widths
- 29er compatibility
- Impact resistance
- Trail-ready builds
——09 / Engineering Library
Learn the Engineering Behind the Wheel
In-depth guides to help you understand and choose.
10 / FAQ
Carbon Wheel Technology FAQ
Straight answers to the questions riders ask most about carbon wheel engineering.
What is carbon wheel technology?
Carbon wheel technology includes carbon fiber material, layup design, rim geometry,
aerodynamics, spokes, hubs and wheel-building methods used to create a complete
bicycle wheel system.
What affects carbon wheel performance most?
Carbon wheel performance depends on multiple factors including rim shape, internal
width, carbon layup, spokes, hub design, tire choice and wheel-building quality.
Are deeper carbon wheels always more aerodynamic?
Deeper rims can reduce aerodynamic drag in some conditions, but rim width, tire
shape, riding speed and crosswind behaviour also influence real-world performance.
What does internal rim width change?
Internal rim width changes how the tire sits on the rim, influencing tire shape,
lateral support, pressure range and handling.
Are carbon spokes better than steel spokes?
Carbon spokes generally prioritise low weight and high stiffness. Steel spokes
generally offer excellent durability, serviceability and broad compatibility.
The better choice depends on riding style.
Why does wheel-building quality matter?
Spoke tension, wheel trueness, dish and stress relief influence structural stability
and how the complete wheel behaves under load.
Can Serenade wheels be customised?
Yes. Compatible Serenade builds can be configured around rim, hub, spoke and finish
choices through the Custom Wheel Builder.
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