goCORE mass air flow sensors are engineered for accurate measurement of incoming air and precise, real-time data transmission to the ECU - crucial for engine efficiency and emissions control. Each unit features a carefully calibrated, fast-response sensing element that maintains accuracy under varying flow rates and thermal conditions.

The intake grid, made either from a plastic-stainless steel combination or high-quality plastic alone, shields the element from debris while directing laminar airflow across the sensor for exact readings. For maximum durability, the housing and connector are manufactured from high-grade PBT polymer, offering excellent resistance to vibrations, chemicals, and temperature fluctuations.

Phosphor bronze connector pins provide stable electrical conductivity and long-term corrosion protection. Accurate connector and housing geometry ensure a reliable fit and smooth installation process.

goCORE coolant temperature sensors provide continuous monitoring of the engine's thermal state, playing a vital role in maintaining engine safety and performance. They utilise a high-sensitivity thermistor that delivers accurate readings across an extended operating range of –40°C to +130°C, ensuring reliability under extreme temperature fluctuations.

The sensor body is constructed from stainless steel and copper alloys to effectively resist heat, corrosion, and mechanical stress. High-grade copper contacts guarantee excellent conductivity, while a reinforced PA66 connector housing withstands intense vibrations and reliably protects sensitive electrical components. To ensure a secure fit and a leak-proof seal under high pressure, each sensor is supplied with a high-quality MVQ or aluminium gasket.

goCORE lambda sensors deliver fast and accurate oxygen level readings, enabling real-time adjustment of the air-fuel mixture for efficient combustion, optimal engine performance, and compliance with emission regulations. Thanks to the heated design, the sensor becomes operational within just 5 seconds, enabling faster closed-loop operation and reducing cold-start emissions. A high-grade zirconia ceramic sensing element ensures long-term stability and precision across various loads and temperatures.

The electrodes are shielded by aluminium oxide insulation to prevent degradation from heat and exhaust contaminants, while the entire assembly is reinforced by a double protection cover. The durable cable construction features integrated strain relief at both ends. Selected SKUs include an additional heat shield to minimise thermal exposure from nearby exhaust components. The goCORE range offers both direct-fit and universal oxygen sensors.

goCORE wear sensors provide reliable monitoring of brake pad thickness, ensuring timely replacement alerts. Engineered from heat-resistant polymers, these components are designed to withstand the extreme temperatures generated during intense braking cycles.

High-conductivity contacts maintain stable signal transmission, while the durably insulated cable resists road chemicals, moisture, and mechanical stress, remaining flexible in sub-zero conditions. Precisely manufactured housings and connectors ensure a seamless installation and secure, vibration-resistant fit.