Portfolio/ Helmets/ Apex Full-Face Motorcycle Helmet
Render
Render 01 — front view
◆ Interactive 3D
Drag to rotateScroll to zoom
View 1Render
View 2Render
View 3Render
View 4Render
View 5Render
View 6Render
Helmets

Apex Full-Face Motorcycle Helmet

♻
Aerodynamic Shell Design
The helmet shell was sculpted to achieve a clean aerodynamic profile that minimizes wind resistance while maintaining a modern, premium appearance. Every surface transition contributes to both visual refinement and improved riding stability at speed.
⏱
Manufacturing-Ready Construction
Developed using Design for Manufacturing (DFM) principles with controlled draft angles, optimized parting lines, consistent wall thickness, and injection moulding-friendly geometry to support efficient high-volume production.
◎
Integrated Visor Architecture
The visor opening and side interfaces were engineered as an integrated design feature, creating smooth transitions between transparent and opaque components while simplifying assembly and improving overall fit and finish.
◆
Premium Surface Development
Large uninterrupted exterior surfaces, balanced proportions, and carefully controlled edge radii create a timeless premium aesthetic suitable for both commuter and performance motorcycle segments.
◆
Production-Oriented Engineering
The enclosure architecture was designed to support repeatable manufacturing, straightforward assembly, future component integration, and consistent production quality while maintaining a refined consumer product appearance.
Motorcycle HelmetIndustrial DesignInjection MouldingDFMProduct Development
Start a Project Like This →
How it was made

Sketch to shelf.

Design render
01 / Design

CAD & DFM

Full parametric model, manufacturing constraints built in from the first surface.

The engineering behind it.

The objective was to design a full-face motorcycle helmet that combines modern styling with production-ready engineering. Rather than relying on aggressive styling cues, the design focuses on clean geometry, smooth aerodynamic surfaces, and balanced proportions that remain visually appealing over time.

The visor interface was carefully integrated into the shell to create a continuous flowing silhouette while simplifying assembly between the transparent visor and the primary helmet enclosure. Surface continuity and controlled transitions enhance both appearance and manufacturability.

Every major exterior component was developed with injection moulding feasibility in mind. Draft requirements, wall thickness consistency, tooling accessibility, and clean parting strategies were considered throughout the design process to reduce manufacturing complexity.

The result is a premium helmet concept that balances industrial design, manufacturability, and production efficiency, creating a strong foundation for future engineering validation, structural development, and commercialization.

01
Draft Angle Analysis
Every face verified for clean ejection.
02
Parting Line Optimisation
Positioned to minimise slider actions and tooling cost.
03
Wall Thickness Mapping
Uniform walls for consistent fill and no sink marks.
04
Ejection & Cooling Layout
Ejector and cooling-channel strategy defined for the toolroom.

Got a product like this?

Send us your concept or sketch. We'll tell you exactly what it takes to get it from design to a mould that ships.

Start a Project