Runaway Alarm Clock with Wheels – Once It Rings, It Runs. Can You Still Stay in Bed?

This runaway alarm clock was designed around one simple insight: most people don’t oversleep because their alarm isn’t loud enough, but because it’s too easy to hit snooze and fall back asleep. Clocky jumps off the nightstand, runs around the room, and forces you to get up and chase it, turning waking up into a fun little game. Compact wheels, impact-resistant housing and a clear digital display make it both playful and practical. And if you have an even better or wilder idea for a unique alarm clock or smart wake-up device, our team can help you develop and manufacture your own custom design.

Customize your product from prototype to production.

Provide Technical Support

Obtain SMETA Certification

Obtain SCAN Certification

Passed ISO9001, ISO14001 Certification

There are factories in Vietnam and China and Indonesia

Description

背景图片

More Than Just an Alarm — It’s a Wake-Up System

Running wheels, custom snooze settings, easy time and alarm adjustment, 12/24-hour display and intuitive status icons all work together to turn a simple alarm clock into a reliable, no-excuses wake-up tool.

Takes Off on Alarm

Takes Off on Alarm

No-Snooze Mode

No-Snooze Mode

Safe falling height is limited to 90 cm

Safe falling height is limited to 90 cm

4 AAA Alkaline Batteries

4 AAA Alkaline Batteries

Engineering Challenges, Refined Solutions

A visual breakdown of how we resolved manufacturing hurdles through structural refinement and process optimization.

Optimization of Silicone Wheel Hardness

Optimization of Silicone Wheel Hardness

The initially specified Shore 45A silicone wheels demonstrated insufficient mechanical strength during practical dynamic testing. The excessively soft material led to excessive deformation during the runaway, rolling motion, and high-altitude falls, causing detachment at the wheel-hub interface and compromising functional reliability.

Manufacturing Process Solutions

Manufacturing Process Solutions

The hardness of the silicone wheel material was increased from Shore 45A to 65A. This adjustment significantly enhanced the structural rigidity and connection integrity of the wheels while essentially preserving the necessary cushioning performance. It fundamentally resolved the detachment risk during dynamic use, achieving an optimal balance between shock absorption and durability.

Optimization of Housing Structural Strength

Optimization of Housing Structural Strength

The initial housing structure failed a 1-meter drop test (simulating accidental falls during user pursuit), exhibiting cracks. This indicated that its structural integrity did not meet the strength requirements for real-world use.

Structural Reinforcement Solution

Structural Reinforcement Solution

A systematic structural reinforcement was performed on the original 3D model provided by the client. Through comprehensive analysis, targeted improvements were made, including increasing wall thickness in critical areas, optimizing the snap-fit interlocking design, and strengthening the internal support structure. The optimized new model successfully passed more stringent drop tests, ensuring product durability.

From Idea to Product Development Process

Contact Us
1

Needs Analysis

Initial project discussion and expert review for in-depth evaluation.

2

Concept Design

Design concepts based on customer needs, and estimate costs and timelines.

3

Solution Integration

DFM review and custom design services based on customer needs.

4

Manufacturing Solutions

Develop manufacturing plans and validate them with engineering samples to optimize.

5

Certification Support

Assist with certification feasibility and product certification.

6

Resource Allocation

Allocate manufacturing resources and coordinate human resources.

7

Production Support

Coordinate pilot runs, assist mass production launch, optimize processes, and support quality management.

Our Completed Projects

Explore More Cases

Is Your Idea Feasible? Let Us Evaluate It

Share your concept or design, and our engineering team will evaluate manufacturability, cost range, and production options. Leave us a message and get professional feedback quickly.

Is Your Idea Feasible? Let Us Evaluate It

    Get a Quote




    Your ideas are used solely for evaluation and will not be disclosed. Please rest assured.

    Frequently Asked Question

    For more information, please contact us
    How did you ensure the product's reliability for its signature 'jumping' feature? +
    Clocky is engineered to survive drops from heights up to 90cm. To achieve this, our engineering team optimized the internal shock-absorption framework and selected specialized high-impact materials for the chassis and wheels to ensure internal electronics remain intact after repeated falls.
    How do you handle complex motorized logic and user-customized modes? +
    We successfully integrated a dual-motor drive system with a customizable UI, allowing users to toggle the 'escape' function, adjust snooze intervals from 0 to 9 minutes, and switch between 12/24 hour formats. This demonstrates our ability to execute precise mechanical-electronic integration for creative concepts.
    Can you support global product launches with necessary safety compliance? +
    Absolutely. In this case, we ensured the product met international standards and provided comprehensive multi-language support for global sales. We also strictly implemented safety safeguards, such as fall-zone calibration and clear operational age-grading, to ensure the product is market-ready.

    Video Gallery

    Read More Video

    Scroll to Top