AEM 2 BAR MAP Stainless Steel Sensor Kit

AEM 2 BAR MAP Stainless Steel Sensor Kit measures manifold absolute pressure up to 30 PSIA, delivering stable boost data for precise fueling and ignition control that supports builds targeting approximately 1 bar (14.5 psi) of boost.

Engineered to provide accurate pressure feedback under boost, it addresses the limitations of OE sensors when airflow and load exceed factory ranges. The stainless steel construction offers robust durability in high-heat, high-vibration environments common to forced-induction systems.

Designed for seamless integration as an OE replacement or upgrade, it enables consistent calibration data for dependable tuning outcomes.

Features & Benefits

• 2 BAR (30 PSIA) measurement range — Supports boost targets up to roughly 1 bar (14.5 psi), enabling accurate load calculation for stable fueling and timing.
• Accurate pressure feedback under boost — Maintains reliable MAP signal quality for repeatable tuning and drivability under varying load conditions.
• Stainless steel sensor construction — Provides corrosion resistance and mechanical durability for long service life in demanding engine bays.
• Replaces or upgrades OE sensors — Expands measurement headroom beyond many factory units to match the requirements of modified forced-induction setups.

Technical Specifications

• Pressure range: 0–30 PSIA (2 BAR absolute)
• Boost support: Up to approximately 1 bar (14.5 psi) above atmospheric
• Sensor type: Manifold Absolute Pressure (MAP)
• Construction: Stainless steel

Compatibility

Universal for forced-induction applications requiring a 2 BAR absolute MAP signal and targeting up to approximately 1 bar (14.5 psi) of boost.

Closing

Delivers stable, accurate manifold pressure data to enhance tuning reliability and performance for turbocharged and supercharged builds targeting around 14.5 psi of boost.