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DECATHLON

Bike Floor Pump 900

4.8 out of 5 stars.
822 reviews

We've designed the 900 pump so you can easily pump your bike tyres up to 11 bar or 160 PSI.

This pump's architecture and stability make it easy to inflate your tyres. Inflate to 11 bar or 160 psi with a reading precision of 0.2 Bar or 1 psi.

ID 8787650

KES6,350.00
VAT included

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  • Features

    Design benefits

    • Compatibility

      Dunlop / Presta / Schrader compatible

    • Ease of use

      Intuitive connection head

    • Precision

      An 100 mm diameter pressure gauge with a precision of 0.2 BAR for easy reading.

    • Power

      Inflates to 11 bar or 160 PSI.

    • Stability

      The 260 mm metallic base provides excellent stability

    • Repair

      Wear part available in the workshop

    Design details

    Inflation precision

    The 900 bike floor pump will be your best ally for inflating your bike tyres with the utmost ease. Its oversized pressure gauge (100 mm) and reading accuracy of 1 PSI (or 0.2 bar) mean you'll always have the best pressure in your tyres to maximise performance, grip and comfort, whatever your terrain!
    There's also a visual marker to make it even easier to read when visibility is poor.

    Easy inflation

    The 900 foot pump has a 32 mm-diameter cylinder, making it easy and effortless to build up pressure in your tyres.

    Intuitive connection head

    The connection head has an ergonomic lever and markings with clear positions for easily understanding the actions of "inflating" / "connecting". The intuitive design improves the user experience, ensuring a flawless inflation process and increased safety with the "pinch-free" lever.

    Ergonomic handle

    The handle on this pump has been designed to give you an excellent grip while being very comfy.

    Durability / repairability

    All wear parts (pressure gauge, hose, joints, and pump heads) are available from after-sales service.

    Stability

    The metal base and design of this pump give it excellent stability.

    Product awarded with a Design award.

    The 900 bike pump has been awarded a Red Dot as part of the Red Dot Design Award 2024.

  • Usage & care

    Warranty

    2 Years

    Care Instructions

    Cleaning

    • DO NOT WASH.

    • DO NOT DRY CLEAN.

    • DO NOT IRON.

    • DO NOT TUMBLE DRY.

    • BLEACHING EXCLUDED.

  • Specifications

    Composition

    Main part: 100.0% Steel;Handle: 100.0% Polypropylene

  • Environmental impact

    With ecodesign, we reduce the environmental impact of our products.

    Analysing the product's environmental footprint enabled us to identify the most impactful stages of its life cycle. Thanks to this approach, our design teams were able to develop this product while significantly reducing its environmental impact.

    Learn more about our approach

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.

    Substitution of aluminum for steel

    Product made from [XX]% steel instead of aluminium

    Read more

    By replacing aluminium with steel, CO2 emissions linked to the material can be reduced by at least 89%.

    Designed to reduce environmental impact

    Product made with a CO2eq reduction of 16% compared to the previous or a similar model

    Read more

    To lower this product's carbon footprint, we analyzed its entire life cycle. Our goal? To identify what has the biggest impact, whether it is materials or manufacturing, and act where it matters most. Thanks to this targeted design, we have reduced CO2eq emissions compared to the previous or a similar model.