novbyx

We are rethinking the bicycle from the ground up. By using one continuous steel tube and precision bending, we eliminate welds, joints and weak points. This campaign lets early supporters bring this patent-backed concept to life

ONE CONTINUOUS STRUCTURE. ZERO WELD SEAMS.

Traditional bicycle frames rely on multiple welded joints and complex tube transitions — areas that can introduce stress concentrations and heat-affected zones within the structure.

Novbyx takes a radically simplified approach

Built around continuous structural profiles with precision-fit interfaces, the design is engineered to minimize welded connections, reduce potential weak points, and create cleaner uninterrupted load paths.

360° concept visualization

One continuous tube. Zero welds.

Every weld creates a weak point. We removed them.

Formed from one continuous steel tube.

No joints. No heat-affected zones.

Engineering clarity.

A frame that looks as simple as its structure.

Problem

TRADITIONAL FRAME DESIGN

Multiple tubes.
Multiple welded joints.
Harder to inspect, harder to trust

Solution

NOVBYX APPROACH

Continuous structural profiles.
Fewer welded connections.
A radically simplified frame architecture. , change to minec

Problem

Traditional bike frames are complex.

Many tubes + many welds

More joints = more failure points

Harder to inspect, harder to trust

Solution

Traditional bike frames are complex.

One continuous tube, one clear structure

Minimal parts, maximum integrity

A frame designed to be understood

HOW IT’S MADE

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.

Inspired by old-world craftsmanship and modern engineering, every design decision aims to balance strength, simplicity, and longevity. + replace photos with 3 mines. in order of manufacturing progress.

Patent information

Patent‑backed invention

Patent Number: 5145433

Patent Title: Title 1

This protects the continuous frame concept and structural approach

How it works

Key benefits

No weld seams

fewer weak points

No weld seams

fewer weak points

No weld seams

fewer weak points

No weld seams

fewer weak points

Key benefits

Continuous Structural Design

Built around two continuous elliptical profiles with uninterrupted load paths.

Weld-Free Construction

Precision-fit clamping interfaces eliminate visible weld seams and heat distortion.

Reduced Complexity / Increased Sustainability

Fewer components. Less material. Lower manufacturing energy requirements. Designed to eliminate unnecessary complexity while improving long-term durability and repairability Long-Term Thinking

Designed around durability, modularity, repairability, and material efficiency.

SUSTAINABILITY-FOCUSED ENGINEERING

Novbyx was designed around a simple idea:
fewer parts, fewer processes, and longer-lasting products.

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

The weld-free architecture reduces production steps, eliminates heat distortion, and lowers manufacturing energy requirements.

Reduced Packaging & Transport Volume

Our modular architecture has already allowed us to reduce packaging size by approximately 40% — a major advantage for global shipping and logistics.

Designed for Longevity

Replaceable interfaces and modular construction support repairability, serviceability, and long-term ownership.

Because the most sustainable product is the one built to last.

Looking Beyond the Bicycle

Additional innovations related to packaging, transport efficiency, and system integration are still being developed behind the scenes.

Rethinking the bicycle through structural simplicity.

Fewer parts.

Fewer weak points.

A radically different approach to frame design.

FOUNDERS SERIES 000–1000

A limited first-production release reserved for early supporters.

Every Founder bike features a permanently engraved number — unique, traceable, and never repeated.

Future production models will not include Founder Series numbering.

PERSONAL ENGRAVING +$149 (EXCLUSIVE TO FOUNDERS)

Your bike. Your identifier. Permanently engraved. One engraving per frame.

Available only on Founder Series models 000–1000

FOUNDERS SERIES 000–1000

Available only to Indiegogo backers

Numbers are permanent (etched/engraved/marked).

Numbers are never reused.

Post‑campaign bikes: non‑numbered production models

PERSONAL ENGRAVING +$149 (EXCLUSIVE TO FOUNDERS)

Permanent engraving on the frame.

One name/identifier per frame.

Only for Founders (001–1001).

Placement and typography defined by manufacturer; applied during production; no changes after production lock.

Rewards

Standard

EARLY BIRD

Limited Best Deal

Engraving add-on

Timeline

Design & validation (March,2025)

Manufacturing (March,2025)

Design & validation (March,2025)

Shipping (April,2025)

Re-Engineering

the Environmental Footprint

Frame Processing Footprint

Conventional Welded Frame 8.62 kg CO₂e [7, 8] NOVBYX Cold-Bent Frame 0.55 kg CO₂e Cuts processing emissions by 93.6% by skipping high-heat welding. [3, 8]

Total Pre-Consumer Footprint (Cradle-to-Consumer)

Conventional E-Bike 192.9 kg CO₂e [7, 8] NOVBYX E-Bike 146.8 kg CO₂e An upfront 23.9% overall carbon reduction before the first mile. [3, 8]

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 (Oversized LTL Freight): 44.3 kg CO2e

Why: Bulky fully-built e-bike boxes are billed on standard 150 kg pallet minimums due to wasted empty space

NOVBYX (Parcel Courier): 6.3 kg CO2e

Why: Our two flat-pack boxes ship at maximum density, slashing shipping emissions by 85.8%. [4, 5]

Universal Serviceability Map

Visual Concept: "Global Support Network Illustration."

A sleek, stylized vector world map consisting of clean dot-matrix patterns. Highlighted nodes appear across major metropolitan hubs globally. A detailed technical callout zoom-in circle focuses on the NOVBYX drivetrain, featuring a clean exploded line-art view of a standard, globally accessible Shimano mechanical component.

Section Callout: Sourced Locally. Maintained for Life.
Infographic Tag: The most sustainable bike is the one that stays on the road.
Technical Side-Notes: Universal Serviceability: Zero proprietary component lock-in. Standardized bicycle mechanics ensure your bike can be serviced by local professional shops anywhere on earth.
Lower Supply Chain Miles: Utilizing globally available components reduces replacement emissions and transit turnaround times.

The Net-Positive Data Dashboard

Visual Concept: Three distinct, high-contrast data blocks arranged side-by-side. Each column features an oversized, bold metric in white or neon green, underscored by a subtle technical grid line and a brief descriptive caption underneath.

2 BOXES

Designed for efficient global distribution. Bypasses oversized freight networks, drastically reducing initial supply chain transit emissions.

369 MILES

Carbon Neutralization Threshold. The exact distance required when replacing average gasoline car travel to fully offset the e-bike’s total manufacturing and shipping footprint.

1.8 TONNES

Net-Positive Impact. Total net greenhouse gas emissions avoided over a 5,000-mile commuter milestone by substituting passenger-car travel with NOVBYX (accounting for charging emissions).

The Campaign Footer

Visual Concept: Clean, centered typography flanked by a final, cinematic profile shot or silhouette render of the seamless bike frame.

The most sustainable trip is the one that never requires a car. NOVBYX was engineered to make that choice easier.

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.

Optimized Distribution: Compact packaging allows more efficient use of transportation capacity and can reduce emissions associated with moving products through the supply chain.
Smarter Logistics: By fitting within standard parcel-network requirements, NOVBYX avoids many of the inefficiencies associated with oversized freight and enables more flexible, scalable distribution.
Built for Scale: Efficient packaging not only improves logistics—it also reduces storage requirements, simplifies fulfillment, and supports more sustainable growth as production volumes increase.

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 where appropriate.

Lower Supply Chain Miles: Using globally available SHIMANO
Lower Supply Chain Miles: Using globally available SHIMANO components reduces the need for long-distance transportation of replacement parts, lowering the ongoing environmental footprint associated with maintenance and repair.
Universal Serviceability: Because NOVBYX uses standard bicycle components, the bike can be serviced by professional bicycle shops around the world.
Designed for Longevity: Products that are easier to maintain are more likely to remain in service longer, reducing replacement demand and minimizing unnecessary waste.

The most sustainable bike is the one

that stays on the road

The Data: Your Net-Positive Impact

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.

Multiple lifecycle studies have shown that e-bikes can deliver substantial emissions reductions when they replace conventional passenger-car travel.

Optimized Distribution: Compact packaging allows more efficient use of transportation capacity and can reduce emissions associated with moving products through the supply chain.
Smarter Logistics: By fitting within standard parcel-network requirements, NOVBYX avoids many of the inefficiencies associated with oversized freight and enables more flexible, scalable distribution.
Built for Scale: Efficient packaging not only improves logistics—it also reduces storage requirements, simplifies fulfillment, and supports more sustainable growth as production volumes increase.

RISKS & CHALLENGES

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 tight manufacturing tolerances, advanced tooling, and extensive validation.
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.
Scaling quality control around an entirely different production method. Our frame concept reduces parts and eliminates traditional welding, but it also requires new assembly, alignment, and testing standards built from the ground up.
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 required tearing up the traditional rulebook and securing an official European Patent.

European Patent Office Registration: EP 2 944 554 A1

This isn’t a concept or a cosmetic modification. It is a patented frame architecture that reimagines how a bicycle frame is manufactured, assembled, distributed, and experienced on the road.

The Technical Innovations

This isn’t a concept or a cosmetic modification. It is a patented frame architecture that reimagines how a bicycle frame is manufactured, assembled, distributed, and experienced on the road.

The Technical Innovations

The Single-Tube Framework: Traditional bicycle frames are welded together from multiple separate tubes, creating high-stress heat-affected zones prone to fatigue. Our patent protects a frame structure formed out of a single, continuous tube profile, significantly reducing traditional welded connections across the main load path.
Integrated Mechanical Compliance: Because our engineered frame forms a continuous loop with a unified, uninterrupted interior space—leaving no rigid vertical seat tube cutting through the center—the structure handles vertical forces dynamically. The architecture naturally dampens road vibrations, allowing the seat area to flex vertically to maximize riding comfort without relying solely on heavy, high-maintenance mechanical shocks.
The Internal Reinforcement Sleeve: To ensure optimal structural stability at high-load steering zones, our patent covers an internal structural reinforcement sleeve placed within the bending radius. This internal engineering ensures the frame handles high operational and bending forces seamlessly while maintaining a completely smooth, continuous outer profile.

Global Shipping, Solved by Engineering

Traditional e-bikes are forced into oversized LTL (Less-Than-Truckload) freight networks. This means expensive shipping surcharges, delivery appointment windows, and massive carbon footprints. Because the NOVBYX frame is engineered to flat-pack into two standard courier boxes, we bypass freight entirely. We pass those savings directly to you.

The NOVBYX Courier Flat-Rate:

Design development

The goal was to create a minimalist, clean frame architecture without visible weld seams or additional struts.The design is based on two continuous elliptical oval profiles that together form the entire supporting structure. The double oval gives the frame a uniform, flowing line without break points or complex tube transitions. The parallel OVAL geometry creates a clearly defined NOVBYX look: minimalist, modern, symmetrical. The closed profilecontor creates smooth outer surfaces that support a high-quality, timeless appearance.

Elliptical Alloy Concept– Technical/Design

Two-piece frame construction: The entire bicycle frameconsistsexclusivelyof two load-bearing OVALprofiletubes.

OVAL cross-section geometry: Compared to round or rectangular profiles, this offers o timized force flow, high bending stiffness, and improved torsionalstiffness.

Clear load paths: Both OVAL profiles form the complete structure, eliminating the need for additional struts or frame components.

Weld-free construction: The connection is made using precise plug-in and clamping segments, eliminating heat distortion, material weakening, andvisible seams. Integrated axle mount: Form-fitting inside the end zones of the OVAL profiles, enabling a particularly torsion-resistant rear wheel connection.

Homogeneousoutercontour: ThecontinuousOVALgeometry ensures aclear,minimalistdesign language.

Modularity: Insert bodies, segments, and functionalinterfaces are interchangeablewithout havingto replace the frame.

Material flexibility: Can be made frommetal profiles,wood, recycled composites,polycarbonates,or hybridstructures.

Component & ecological advantages

Components: Reduction from12–16frameparts to2profiles+afewinserts →60–75%fewer components
Material: 30–50%less material required thanksto two-profile construction
Manufacturing: No welding → up to70%less energy,noheatdistortion,nopost-processing
Recycling: Can be dismantledby type →100%recyclable
Service life: Interchangeable modules → longer service life

Join the launch

Your support helps bring serious engineering into production