RETHINKING THE BICYCLE.
WELD-FREE
ALUMINIUM ENGINEERING.
ONE CONTINUOUS STRUCTURE.
ZERO WELDED JOINTS.
Traditional bicycle frames consist of numerous tubes connected by welded joints. These interfaces increase manufacturing complexity, introduce heat-affected zones, and interrupt the structural load path.
NOVBYX takes a fundamentally different engineering approach.
Its patented frame architecture is built around continuous structural profiles connected through precision-engineered mechanical interfaces. By eliminating welded joints within the primary frame structure, the design creates a cleaner load path, reduces manufacturing complexity, improves serviceability, and supports a modular product architecture.
ENGINEERING CLARITY.
A FRAME THAT REFLECTS ITS ENGINEERING.
CONVENTIONAL FRAME ARCHITECTURE
- Multiple tubes
- Multiple welded joints
- Complex structural layout
NOVBYX FRAME ARCHITECTURE
- Continuous structural profiles
- Weld-free primary frame
- Patented continuous frame architecture
Developed with Support from LACNY Engineering GmbH
The NOVBYX platform was developed with support from LACNY Engineering GmbH, a German engineering company specializing in automotive product development, CAD engineering, prototype development, manufacturing engineering, and technical validation.
NOVBYX applies engineering principles commonly used in automotive product development, where precision, manufacturability, structural integrity, and repeatability are fundamental to the development process.
Visit LACNY Engineering →PROOF
We believe the future of mobility should not be disposable. NOVBYX was designed around structural simplicity, long-term durability, and precision manufacturing — not short production cycles or aggressive cost cutting.
By reducing unnecessary parts and rethinking traditional frame construction, our goal is to create a platform that feels timeless, serviceable, and built to last.
Real-world production prototype and precision engineering photography.
PATENT-BACKED INVENTION
How it works
1. PRECISION PROFILE FORMING
Advanced profile manufacturing
High dimensional accuracy & tooling precision.
2. CONTINUOUS LOAD PATH
Continuous force transmission
Optimized structural efficiency across the frame.
3. MINIMAL ASSEMBLY
Fewer structural components
Radically reduced assembly complexity.
4. PATENTED ARCHITECTURE
Continuous frame concept
Patent-protected European engineering innovation.
Key benefits
SUSTAINABILITY-FOCUSED ENGINEERING
NOVBYX was designed around structural simplicity, long-term durability, and precision manufacturing — building products that last longer, perform better, and require fewer resources.
REDUCED PART COUNT
Two primary elliptical structural profiles replace complex multi-part frame construction.
LOWER MATERIAL USAGE
A simplified structural system reduces unnecessary material while maintaining strength and stiffness.
FEWER MANUFACTURING PROCESSES
Eliminating complex tube-production steps reduces heat distortion and lowers manufacturing energy requirements.
REDUCED PACKAGING & TRANSPORT VOLUME
Our modular architecture allows flat-pack shipping, significantly reducing transport volume and logistics emissions.
DESIGNED FOR LONGEVITY
Replaceable interfaces and modular construction support repairability, serviceability, and long-term ownership.
REPAIRABILITY AND LONG-TERM SUSTAINABILITY
Standard components and modular clamping interfaces ensure full global serviceability without proprietary lock-in.
FOUNDERS SERIES 01–77 PCS
A strictly limited first-production release reserved for early supporters. Every Founder bike features a permanently engraved number (01 to 77 PCS) — unique, traceable, and never repeated. Future production models will not include Founder Series numbering.
PERSONAL ENGRAVING +$149 (EXCLUSIVE TO FOUNDERS 01–77)
Your bike. Your identifier. Permanently engraved. One engraving per frame.
Available only on Founder Series models 01–77 PCS.
REWARD ARCHITECTURE
Transparent Kickstarter reward structure designed to reward early backers with priority production allocations and direct manufacturing savings.
Signature 77 Series
Our ultra-exclusive, first-production run. Features the earliest delivery allocation and a Kickstarter-exclusive price to reward our founding backers.
- Earliest delivery allocation (Batch 01)
- Permanently engraved number (01–77 PCS)
- Kickstarter-exclusive lowest launch price
- Founding Backer priority recognition
Early Adopter (Batch 02)
Missed the Signature 77? You still have a full week to secure priority access from our second production batch at a major discount before standard pricing takes over.
- Priority Batch 02 production queue
- Available only during campaign week 1
- Save $1,200 off full retail MSRP
- Full modular frame ecosystem & warranty
Kickstarter Production
Standard Kickstarter allocation. Secure your NOVBYX at a significant discount before the platform closes and the bike transitions to its full retail MSRP ($3,499).
- Standard Kickstarter production batch
- Save $900 off retail MSRP ($3,499)
- Guaranteed campaign production slot
- Modular architecture & global serviceability
The Twin Pack (2× Bikes)
2x NOVBYX bikes flat-packed and shipped together. Perfect for couples, families, or riding partners. Offers an even deeper discount per unit than the Early Adopter tier.
- 2× Complete NOVBYX bicycles
- Deepest per-unit discount ($2,149 / unit)
- Coordinated flat-pack shipping footprint
- Dual warranty & component package
PRODUCTION & SHIPPING TIMELINE
From initial FEA structural validation to global parcel delivery. Explore our milestone roadmap below.
Design & Structural Validation
Initial FEA structural stress modeling, cold-bending simulation, baseline prototype assembly, and European Patent Office registration EP 2 944 554 A1.
Engineering & Tooling R&D
Years of engineering refinement supported by LACNY Engineering GmbH, optimizing continuous elliptical profile forming tools and precision clamping interfaces.
Prototype Manufacturing
First production-intent weld-free physical prototype fabrication, component integration testing, and tolerance verification.
Testing & Technical Validation
ISO fatigue testing, structural load path verification, road durability trials, and final pre-production tooling sign-off.
Kickstarter Campaign Launch
Global public launch, Founder Series allocation reservation (01–77 PCS), and backer community enrollment.
Serial Production
Full-scale cold-bending production run, precision profile forming, sub-assembly quality control, and Founder Series custom laser engraving.
Global Parcel Shipping
Flat-pack dispatch in two courier-compliant boxes direct to doorsteps worldwide with fixed flat-rate pricing.
SIZE GUIDE & DIMENSIONS
Engineering worksheet and geometry across frame sizes. Derived from continuous tube forming and adjustable mechanical interfaces.
| Specification / Metric | Size S | Size M | Size L |
|---|---|---|---|
| Recommended Rider Height | 160 – 172 cm | 172 – 184 cm | 184 – 198 cm |
| Seat Tube Length | 409 mm | 446 mm | 473 mm |
| Effective Top Tube Length | 576 mm | 596 mm | 646 mm |
| Reach | 407 mm | 427 mm | 432 mm |
| Stack | 590 mm | 590 mm | 632 mm |
| Head Tube Angle | 71° | 71° | 71° |
| Seat Tube Angle | 74° | 74° | 70.2° |
| Wheelbase | 1,080 mm | 1,100 mm | 1,120 mm |
| Overall Bicycle Length | 1,780 mm | 1,800 mm | 1,820 mm |
| Wheel Size | 700C | 700C | 700C |
| Frame Assembly Weight (Target) Includes: Frame, fork, pedal assembly mount, seat mount, brake bracket, 4× wheel nuts and spacers (Base assembly: 3.781 kg → Target: ≤ 3.000 kg). | 3.00 kg | 3.00 kg | 3.20 kg |
All values correspond to NOVBYX frame geometry specifications. The recommended rider-height ranges are derived from each respective geometry and the available adjustment range of the seat post and cockpit clamping interfaces.
RE-ENGINEERING THE ENVIRONMENTAL FOOTPRINT
FRAME PROCESSING FOOTPRINT
Conventional Welded Frame: 84.2 kg CO2e (1) vs NOVBYX Cold-Bent Frame: 0.58 kg CO2e (Cuts processing emissions by 99.3% by skipping high-heat welding. [2, 3])
TOTAL PRE-CONSUMER FOOTPRINT (CRADLE-TO-CONSUMER)
Conventional E-Bike: 192.9 kg CO2e (1, 3) vs NOVBYX E-Bike: 146.8 kg CO2e (An upfront 23.9% overall carbon reduction before the first mile. [3, 9])
THE LOGISTICS SHIFT
Eliminating Empty Air
Flat-pack architecture bypasses oversized freight to eliminate supply chain inefficiencies.
Smarter Logistics
Parcel-network compliance allows optimized distribution capacity and scalable fulfillment.
Built for Scale
Minimal storage requirements simplify warehouse footprints as production scales.
Conventional Freight Shipping: 44.3 kg CO2e
Bulky fully-assembled bicycle boxes are billed on 150 kg pallet minimums due to wasted empty space.
NOVBYX Parcel Shipping: 6.3 kg CO2e
Two flat-pack courier boxes ship at maximum density, slashing shipping emissions by 85.8%.
UNIVERSAL SERVICEABILITY
GLOBAL COMPONENT SUPPORT
Engineered around standardized, globally available bicycle components to ensure immediate maintenance and repair access worldwide.
Zero Proprietary Lock-In
Every mechanical interface follows industry standards, allowing servicing by any bike mechanic without specialized vendor tools.
Lower Maintenance Footprint
Using globally available components reduces the need for long-distance transportation of replacement parts, lowering the ongoing environmental footprint.
Cycle Rear Wheel System
THE NET-POSITIVE DATA DASHBOARD
Key environmental performance metrics modeled against conventional manufacturing and passenger car travel.
NOVBYX WAS ENGINEERED DIFFERENTLY
Our proprietary frame architecture allows the entire system to flat-pack into two parcel-compliant boxes, improving shipping efficiency and reducing transportation-related emissions.
Sourced Locally. Maintained for Life. True sustainability is not defined by the day a product arrives. It is defined by how long that product remains in use. Rather than relying on proprietary components that require specialized replacements shipped across the globe, NOVBYX utilizes widely serviced bicycle components, including Shimano mechanical systems.
THE MOST SUSTAINABLE BIKE IS THE ONE THAT STAYS ON THE ROAD
The production, packaging, and distribution of a premium e-bike create an upfront environmental footprint before the bike is ever ridden. What matters most is how quickly that footprint is recovered.
RISKS & CHALLENGES
Real-World Production
Bringing a radically different frame architecture into real-world production. The Novbyx design uses large elliptical structural profiles and precision-fit components instead of traditional welded bike construction — requiring light manufacturing tolerances, advanced tooling, and extensive validation.
Global Supply Chain
Building a global supply chain in an uncertain environment. Tariffs, material pricing, shipping disruptions, and international logistics may impact sourcing, timelines, and production costs worldwide.
Quality Control & Testing
Scaling quality control around an entirely different production method. Our frame concept reduces parts and eliminates welds, but it also requires new assembly, alignment, and testing standards built from the ground up.
Worldwide Certification
Coordinating worldwide delivery and certification requirements. Different regions have different import regulations, battery transport restrictions, customs procedures, and compliance standards that may affect delivery timing.
We believe thoughtful engineering, sustainability, and radical simplicity are worth the challenge. As Novbyx moves from prototype to production, we will communicate openly, adapt responsibly, and keep our backers informed every step of the way.
ENGINEERED FROM FIRST PRINCIPLES.
PATENTED ARCHITECTURE.
For years, we kept this breakthrough under wraps while we perfected the manufacturing and structural mechanics. Today, we are introducing a completely new category of bicycle frame architecture—one that replaces traditional diamond frames with a continuous, load-bearing dual-profile system.
EUROPEAN PATENT OFFICE REGISTRATION: EP 2 944 554 A1
NOVBYX introduces a patented frame architecture that fundamentally rethinks how bicycles are engineered, manufactured and assembled.
THE TECHNICAL INNOVATIONS
- Single-Tube Frame Framework: Traditional bicycle frames are welded together from multiple separate tubes, creating stress heat-affected zones prone to fatigue. Our patent protects a frame structure formed out of a single, continuous tube profile.
- Integrated Mechanical Compliance: Handles vertical forces dynamically, dampening road vibrations without heavy suspension.
- Internal Reinforcement Sleeve: Structural reinforcement element within high-load steering zones for optimal stability.
GLOBAL SHIPPING, SOLVED BY ENGINEERING
NOVBYX is engineered to ship in two standard courier boxes, eliminating oversized freight, reducing transport emissions and making global delivery simpler and more affordable.
THE NOVBYX COURIER FLAT-RATE
Simple, transparent worldwide shipping with fixed flat-rate pricing.
- US & Canada:$49
- Europe:$49
- Rest of the World:$99
DESIGN DEVELOPMENT
NOVBYX is built around two continuous elliptical profiles that create a clean, seamless and timeless frame architecture. The result is a distinctive design language defined by structural simplicity, visual harmony and engineering precision.
ELLIPTICAL ALLOY CONCEPT — TECHNICAL & DESIGN
Two-Piece Frame Construction
Two continuous load-bearing elliptical profiles replace traditional multi-tube frameworks.
Optimized Elliptical Geometry
Improved bending stiffness, torsional stiffness, and force flow distribution.
Weld-Free Construction
Precision mechanical connections eliminate heat distortion and stress concentrations.
Continuous Load Path
Clean structural architecture without unnecessary internal or external frame members.
Modular Platform
Replaceable interfaces engineered for simple future upgrades, repairs, and service.
Material Flexibility
Suitable for high-strength aluminum, alloy steel, composites, and future material concepts.
COMPONENT & ECOLOGICAL ADVANTAGES
Components
60–75% fewer structural components than traditional welded bicycle frames.
Material Efficiency
30–50% less raw material usage due to optimized continuous structural geometry.
Manufacturing
Weld-free production with lower energy consumption and zero heat-affected distortion.
Recyclability
Designed for easy material separation and high end-of-life recycling efficiency.
Service Life
Modular, replaceable interfaces for extended product life and long-term ownership.