Fleet Feet RunPro

developing a virtual running coach product based on artificial intelligence (AI). This wearable technology analyzes individuals' running performance and posture, while connecting to an Fleet RunPro app and AR system. Using AI algorithms, the virtual running coach provides personalized feedback on foot strike, distance, and running paths. The accompanying app utilizes big data analytics to tailor training plans. By leveraging these data insights, the virtual running coach will create a future working plan to optimize and boost the runner's performance.

Senior Design Project

DESIGN & 3D MODELING SOFTWARE

YEAR & DURATION

Capstone project

Adobe suite AI, PS, LR, XD,

Substance

Z brush, Gravity sketch, Keyshot, Rhino, Keynote, Procreate,

2021 FALL, 14 weeks

revise 2023

*Not Affiliated with the brand Fleet Feet

What if Fleet Feet develop their own lines of footwear and wearable tech products designed to enhance runners' performance?

Sketches

Smart Insole, Fleet Feet RunPro footwear, pressure map, Heat map, AR Vision

Fleet Vision - AR Glasses

AR interface, AR Glasses, Functions & Call out, Fleet vision app & AR Coaching

Fleet Feet RunPro

The smart insole for footwear enhances runner performance by tracking and analyzing key metrics such as foot landing position, cadence, ground contact time, step length, and time in the air. By continuously monitoring these factors, the smart insole provides valuable insights to optimize and improve the runner's overall performance.

Upper

The upper of the shoe utilizes biodegradable materials called EVo Fuglar, while the mesh is strategically placed based on the heat map of the foot. This design approach ensures both sustainability and optimal breathability, taking into consideration the areas of the foot that generate higher heat during running.

Micro Lacing

The heat map of the foot, which shows areas of increased temperature during running due to blood flow and metabolic activity,

Running Heat map

The micro lacing system offers a fast and secure fit, requiring users to simply pull the laces for a snug and locked-in feel.

Comfort & Cushioning

Soft Collar & Pull tap

The soft collar and lining of the shoe provide the perfect balance of tightness, looseness, and elasticity, allowing for optimal comfort and fit. The pull tap assist in putting on and taking off the running shoe

Air Cushioning

When pressure is applied during running or walking, the air within the cushioning chambers compresses, absorbing and dispersing the impact forces generated with each footstrike. This helps reduce the stress on joints and muscles, providing a cushioned and comfortable feel.

Top View, Lateral View & Rear View

Top View

Lateral View

Rear View

RunPro Smart Insole

Pressure Sensor

Smart insoles are equipped with sensors and technologies such as accelerometers and pressure sensors that can capture data related to foot strike, cadence, and other running metrics. These sensors detect the forces and movements exerted on the insole during running and transmit the data to Fleet Fleet RunPro smartphone app for analysis.

Where is the Sensor?

Wireless sensor is under the insole, By using smart insoles, runners can gain insights into their running form, cadence, and strike length.

Upper layer

Lower layer

ms9713-insole-800x600_orig_edited_edited

Wireless Sensors Layout

Carbon Rubber outsole

Carbon particles mixed with the base rubber compound. This composition provides added durability and resistance to abrasion, making it suitable for high-wear areas of the outsole. Carbon Rubber outsoles are being used in running shoes designed for road running, trail running, and other demanding terrains. The enhanced durability and traction properties make them suitable for a wide range of running conditions.

Carbon Rubber

High flex zone

Outsole Pattern

Metatarsophalangeal (MTP) joints

Carbon Rubber outsoles are designed to accommodate the high flex zone of the foot. During running, the foot undergoes a dynamic motion involving flexion and extension at multiple joints, particularly the ankle and metatarsophalangeal (MTP) joints. Allowing the foot to adapt to the terrain and facilitate a smooth transition to the push-off phase.

Connect with AR Vision

This information can help optimize running technique, improve efficiency, and reduce the risk of injuries. Smart insoles may even provide real-time feedback and coaching during the run itself through AR vision and the RunPro app.

RunPro App

Smart insoles are equipped with built-in capabilities to directly record and analyze runner cadence and strike length, which are seamlessly transmitted to the Fleet Feet RunPro app for result and analysis.