FITT FREEL: Hose Reel and Hose in a Single Solution

Lightweight and Compact Product Design

FITT Freel is our new solution for FITT, designed to make life easier for anyone who needs a practical and functional hose reel. This innovative design hose reel combines the hose reel with the compact and lightweight FITT Force hose, providing users with a complete, ready-to-use gardening solution.

The distinguishing feature of FITT Freel is its internal mechanism, called Dynamic Tech, specifically designed for compact and lightweight hoses. Thanks to this patented technology, the FITT Force hose fits perfectly into its container. The innovative design, developed through an in-depth product design study carried out by Delineo, allows the user to operate the product in a simple and fast way. The innovative design conceived by  allows for simple and rapid use of the product.

Beyond its practicality and functionality, FITT Freel also focuses on sustainability. In fact, over 30% of the material used for its production comes from recycled polypropylene, obtained from high-quality post-industrial recycled raw materials. This choice complies with ISO 14021 standards and contributes to reducing environmental impact.

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progetto?
Cliente:

FITT is a pioneer in the production and development of highly innovative solutions for fluid transfer in domestic, professional, and industrial applications. The group’s mission is to improve its customers’ performance by providing pipes, hoses, and systems for conveying liquid, gaseous, and solid substances, with products that are at the forefront of technology, design, and sustainability.

Scenario:

This project focused on the design of a compact and lightweight hose reel, specifically conceived for FITT Force, a flat-section hose that expands uniformly when water flows through it.

Servizi:

DESIGN STRATEGY
Brainstorming
Market & target mapping
User experience Analysis/Trend inspiration
Mood panel

PRODUCT DESIGN
Concept
Sketches
Modeling 3D
Prototyping
User experience Analysis

DIGITAL
Rendering 2D-3D