Problems with Traditional Laptops
Ergonomics
Fixed laptop screens force users into poor posture, causing neck and back strain. A lack of adjustable displays limits comfort across different work environments.
Convertibility
Most laptops are locked into one form factor, stuck between mobility and power. Users need separate devices for travel, desk work, and high-performance tasks.
Upgradeability
Traditional laptops have soldered parts, making performance upgrades impossible. Users are forced to buy entirely new machines instead of improving what they own.
Repairability
Repairs are slow, costly, and often require specialized technicians.This shortens product lifecycles, drives e-waste, and harms sustainability efforts.
User Personas
Commuter
Works between home, office, and co-working spaces. Needs light travel but powerful desk setup at destination.
Creator
Video editor / designer with storage-heavy needs.
Wants modular storage and hot-swappable batteries.
Professionals
Long device cycles, hates paying for costly repairs. Prioritizes longevity and sustainability.
Gamers
Competitive players who demand high FPS. Want hot-swappable GPU/battery modules and quick repairs to stay tournament-ready.
Competitive Analysis
1. Strengths (Pros)
-
Premium build quality and minimalist design.
-
macOS ecosystem integration (iPhone, iPad, AirPods).
-
Strong battery life and optimized performance.
2. Weaknesses (Pain Points)
-
Limited ports → requires dongles/adapters.
-
Expensive, even for base models.
-
No upgradability or repairability.
3. Unique Value
-
Industry standard for creative professionals.
-
Best-in-class trackpad and display calibration.
Research Insights
01
64% of surveyed laptop users complained about poor ergonomics.
02
78% demanded easier self-repair and upgrades.
03
Developers specifically requested multi-OS support.
04
Growing market concern about e-waste and device longevity.
Design Iteration 1 : Dual-Screen Laptop
Concept
Inspired by the Dual screen laptops, we imagined a vertically stacked dual-screen laptop with two side arms for holding headphones and a smartphone.
Execution
The idea was sketched and roughly modeled in Shaper 3d (3d modelling app on ipad) to explore proportions and usability.
Challenges
The arms added bulk and clutter, and multiple moving parts, making the design impractical and less portable.
Learnings
Users valued ergonomics and stability over accessory features, pushing us toward a floating adjustable display at the end.
Design Iteration 2 : Floating Display
Concept
We explored a floating telescopic display with a hidden hinge, paired with a skeleton base for stability and a Type-C port for direct display output.
Execution
Modeled in Shaper 3D, the design tested proportions, hinge concealment, and telescopic movement while keeping the base slim and modular.
Challenges
The telescopic system and hidden hinge added complexity, while the skeleton base risked bulk, making balance between durability and portability tricky.
Learnings
Users valued the ergonomic floating screen and clean hinge, but preferred a lighter, simpler base over mechanical complexity.
Design Iteration 3 : Modular System
Concept
We introduced modular components including display, keyboard, motherboard, M-sheet, M-cubes for I/O, and battery, all designed for universal Type-C connectivity.
Execution
The idea was sketched and modeled in Shaper 3D to visualize assembly, module proportions, and how hot-swappable parts could connect seamlessly.
Challenges
Ensuring every module aligned magnetically with Type-C ports while keeping the system slim and durable required precise design trade-offs.
Learnings
Users valued the flexibility of universal connectivity and hot-swappable parts, confirming modularity as a core strength for future iterations.
Design Iteration 4 : Adding Convertibility
Concept
We showcased how a single modular motherboard could power multiple form factors — from 10”, 13”, and 16” laptops to a tablet, gaming handheld, AR keyboard, and even an all-in-one PC.
Execution
A visual prototype video was created, combining modules into a laptop and then reattaching the motherboard across shells to demonstrate seamless device conversions.
Challenges
Designing one core board for vastly different form factors required balancing performance, heat management, and port placement while keeping assembly simple.
Learnings
Users strongly valued the versatility of reusing one motherboard across devices, proving convertibility as a unique differentiator in the modular ecosystem.
Design Iteration 5 : Component Measurements
Concept
We detailed the Width, height and lenght dimensions of each module — skeleton, base, display, keyboard, M-sheet, battery, and M-cubes — to prepare for physical prototyping.
Execution
Using Fusion 360, digital models were created to mimic real components and validate proportions, alignment, and docking feasibility for 3D printing.
Challenges
Capturing precise measurements while accounting for tolerances, connector clearances, and modular fit introduced engineering complexity.
Learnings
Prototyping revealed the importance of accurate scaling and connector placement, confirming feasibility for modular snap-in assembly.
Design Iteration 6 : 3D Printing
Concept
We transitioned from digital models to physical prototypes by 3D printing all modular parts — skeleton, base, display, keyboard, M-sheet, and M-cubes.
Execution
Using Anker Studio software and the AnkerMake 3D printer, components were printed in clear PLA material to validate real-world fit and assembly.
Challenges
Printing thin parts while preserving strength, avoiding warping in larger surfaces, and achieving smooth magnetic docking required multiple trials.
Learnings
Physical prototypes confirmed usability and alignment, giving tangible proof of modularity and helping refine tolerances for future iterations.
Full Prototype build
Assemble Magnetic Modules, In Just 2 Minutes.
-
Seamless Assembly: Integrated by joining key modules for display, base, and top cover with hinge.
-
Dedicated Modules: Separate modules for the keyboard, motherboard, battery, and speaker.
-
Universal Connectivity: IO module equipped with Type-C ports, along with USB-A and HDMI port.
Product showcase
After countless iterations, prototypes, and user learnings, the RoyceBook took its final form.
A modular laptop that adapts to every scenario while staying elegant and ergonomic was born.
Introducing
Roycebook
World's First Modular Laptop.
01
Modularity
02
Design
03
Convertibility
1. Modularity
Designed and engineered with modularity at its core.
2. Design
Floating Display. Adjustable Height.
-
Telescopic mechanism : allowing users to adjust the display height effortlessly.
-
Ergonomic design : reduce strain on neck and posture.
-
Adjustable height : ensures flexibility for different usage scenarios, whether on a standing desk or on the go.
Telescopic
mechanism
to adjust height
3. Convertibility
Motherboard
-
Laptop-to-PC Transformation : The modular motherboard can be detached and used as a fully functional Windows desktop by connecting it to any Type-C monitor.
-
Seamless Connectivity – With four type c IO ports, the motherboard works effortlessly with external peripherals, offering a true desktop experience.
-
Ultimate Flexibility – Whether in a laptop shell or as a standalone PC, the modular design allows users to switch between mobility and power workstation in seconds.
Any Shape , Any Size...You decide.
4. Patent Pending Innovation
Revolutionary Concept.
Next Gen Computing.
-
Patent-Pending Design – The unique modularity concept of this laptop is officially filed with the USPTO, securing its innovation in customizable computing.
-
Game-Changing Modularity – Unlike traditional laptops, its interchangeable components offer upgradeability, longevity, and sustainability, reducing e-waste.
-
Next-Gen Computing – With a fully modular architecture, users can swap parts, expand capabilities, and even convert the motherboard into a PC or laptop of any size, making it a true all-in-one solution.
5. Portability
Power in your pocket.
Work Anywhere, Anytime
-
Pocket-Sized Computing – Carry the detachable motherboard in your pocket for ultimate portability.
-
Perfect for Commuters – Travel light and transform any workspace into a powerful workstation.
-
Seamless Office Integration – Plug into a Type-C monitor at work and continue exactly where you left off.
6. Customization
Upgrade, Expand and Customize.
-
Customizable Performance – A modular motherboard with multiple USB-C connectors supports a range of attachable modules, allowing users to tailor their laptop experience to their workflow.
-
Hot-Swappable Versatility – Easily switch between NVMe storage, USB hubs, HDMI outputs, audio interfaces, SD card readers, Ethernet modules, and extra batteries without powering down.
-
Upgrade as You Go – Future-proof your device with plug-and-play expansions, ensuring your laptop grows with your needs, whether for content creation, gaming, or professional work.
Offline AI modules.
Multi OS support.
Developer ready.
7. AI Powered
-
AI-Enhanced Computing – Users can attach AI modules via USB-C, enabling offline AI automation, machine learning tasks, and smart optimizations without cloud dependency.
-
Multi-OS Flexibility – Supports multiple operating systems, allowing seamless switching between Windows, Linux, Chrome etc., making it ideal for professionals and power users.
-
Developer-Tested, Developer-Approved – Developers can run isolated environments, test applications across different OS platforms, and build software efficiently without needing multiple machines.
8. Repairability
5 Minutes Repair.
Swappable Magnetic Modules.
No Screws Required.
-
Instant Repairs & Upgrades – The laptop’s modular architecture allows users to replace or upgrade components like the motherboard, battery, storage, and ports in just minutes.
-
Magnetic Swappable Design – No tools or screws needed—simply snap in new modules using the magnetic docking system for a seamless repair experience.
-
Built for Longevity – Unlike traditional laptops, this design reduces e-waste and extends the device’s lifespan, making it sustainable, cost-effective, and future-proof.
Comparison
with traditional Laptop.
Acer Predator 15.6 inch
Roycebook 16inch
