| level of practice | beginner, all levels |
| frequency | regular |
| place of practice | indoor |
| foldable | foldable |
| reclining | without inclination |
| width of running surface | 40 cm |
| number of programme(s) | no programmes |
| type of hrm | without hrm |
| moving comfort | small wheels |
| maximum speed | 8 km/h |
| folding type | compact folding |
| connectivity | not smartphone compatible |
| percentage of inclination | 0 % |
| condition | new |
| height (in cm) | 110 cm |
| screen type | LCD |
| weight (in kg) | 35 kg |
| type of use | home |
| periodicity | up to 10h / week |
| width (in cm) | 67 cm |
| length (in cm) | 130 cm |
| sportsperson's maximum weight | 130 kg |
| continuous power (in hp) | 1 hp |
| motor power (in cv) | 1 cv |
| length of running surface | 100 cm |
| compatible services | no compatible services |
| motorisation | with motor |
| folded height (in cm) | 130 cm |
| folded length (in cm) | 67 cm |
Frame: 100.0% Steel |
Protection cover: 75.0% Polypropylene, 25.0% Polystyrene |
Board for surf: 100.0% Wood |
Maximum user weight: 130 kg. For home use up to 10 hours/week.
Whether folded or not, the treadmill should be stored turned off in a dry area away from dust and dirt.
| Raw material | 103% |
| Manufacturing | 0% |
| Packaging | 1% |
| Distribution | 4% |
| Use | 0% |
| End of life | -8% |
It is calculated by modelling the life cycle of the product following the recommendations of the PEF methodology (Product Environmental Footprint). This carbon footprint is an estimate. It may therefore be slightly overvalued or undervalued.Learn more
Repairability is the ability to offer a solution in the event of product breakage or failure. The repairability of a product is defined according to 4 criteria: - The availability of instructions on how to repair the product for customers - The possibility of disassembling the product - The availability of spare parts - The price of the repair is lower than purchasing a new product Our goal is to cover any possible known break or repair a product might have. We think about the life span of a product from the design stage, to ensure that it lasts as long as possible.
From ore extraction to transformation into finished products, the industrial production of metals is highly polluting. To reduce our environmental impact, we design products from recycled metal. This approach reduces the need for extracting new raw materials, uses 40% to 95% less energy, and cuts CO2 emissions by at least 10% compared to virgin metals. Recycled metal comes from the recycling of scrap metal. After a process of sorting, cleaning, and crushing, the scrap metal is melted and refined to obtain a material of comparable quality to virgin metal.