CO2 Bottle - 10oz. Empty

The CO2 Bottle - 10oz. Empty by Biondo Racing Products is an essential component for any serious performance automotive enthusiast working with pneumatic systems, turbo launch controls, or suspension management setups. This aluminum vessel serves as the foundation for custom CO2-based vehicle modifications, allowing mechanics and tuners to build tailored pressurized systems for specific engine and chassis applications. Whether you're assembling a nos oxide boost system, configuring a precision air suspension, or developing a prototype launch control mechanism, this empty bottle provides the reliable, reusable platform every professional shop requires.

Constructed from durable aluminum alloy, the 10-ounce capacity bottle is engineered to withstand repeated pressurization cycles while maintaining structural integrity in performance environments. At 2.15 lbs and measuring 3.5 x 3 x 17.6 inches, the compact footprint allows discrete mounting in engine bays or trunk installations without consuming excessive vehicle real estate—critical for chassis work where space optimization directly impacts weight distribution and handling balance. The empty design means you control the fill type and pressure rating, enabling custom configurations that match your specific power adder strategy, whether that's high-pressure nitrous injection, air suspension actuation, or experimental pneumatic launch systems.

This bottle is ideal for race car builders, professional tuning shops, and experienced gearheads developing one-off performance systems where off-the-shelf solutions won't work. Biondo Racing Products' engineering reputation ensures thread compatibility and structural reliability when integrated into high-stress setups. Before pressurizing, verify your local regulations regarding CO2 vessel certification and pressure ratings; many jurisdictions require DOT or equivalent compliance for any pressurized automotive component, so professional hydro-testing and certification may be necessary depending on your intended application and regional safety codes.