Pump SKS Airlite 10.0 144psi black (12007)

SKS Airlite 10.0 144psi black pump is an exceptional tool designed for cycling enthusiasts who expect reliability and efficiency. With the ability to inflate to a maximum pressure of 10 bar, it is ideal for various types of bicycle tyres. The sturdy construction made of metal and plastic ensures durability and damage resistance, which is crucial during intensive use on trails.

Functionality and Versatility

The SKS Airlite 10.0 144psi black pump is equipped with a pressure gauge, allowing for precise pressure control during inflation. This gives the user the confidence that the tyres are inflated to the appropriate level, impacting the comfort and safety of the ride. The versatility is ensured by three types of compatible valves: Schrader, Presta, and Dunlop, making it a versatile tool for any cyclist.

High-Quality Materials

The pump is made from durable materials such as metal and plastic, ensuring long-lasting use. The metal part of the construction provides stability and strength, while the plastic components contribute to reducing weight, making transport and handling easier. Thus, the pump is not only durable but also practical to use.

Practical Application

The SKS Airlite 10.0 144psi black model is suitable for both competitions and everyday cycling. The ability to quickly change valve types allows for easy adaptation to different bicycles, which is extremely convenient for users with more than one bike. The built-in pressure gauge facilitates maintaining optimal pressure, enhancing performance and comfort during the ride.

SKS Airlite 10.0 144psi black pump - features:

• Maximum pressure of 10 bar enabling inflation of various types of tyres;
• Built-in pressure gauge facilitating pressure monitoring;
• Metal construction guaranteeing durability and strength;
• Plastic components ensuring lightweight and ease of transport;
• Compatibility with Schrader, Presta, and Dunlop valves providing versatility;
• High-quality craftsmanship ensuring long-term use;
• Ease of handling and transport due to optimal design.