{"count":1,"message":"Results returned successfully","results":[{"odiNumber":11701025,"manufacturer":"General Motors, LLC","crash":false,"fire":false,"numberOfInjuries":0,"numberOfDeaths":0,"dateOfIncident":"12/31/1969","dateComplaintFiled":"11/22/2025","vin":"1G1ZD5ST9JF","components":"VEHICLE SPEED CONTROL,SERVICE BRAKES,FUEL/PROPULSION SYSTEM","summary":"After diagnostic troubleshooting from DTCs on a check engine light, it was discovered that the brake vacuum pump connected to the engine was completely nonfunctional.   Previous symptoms included stiff brake, loss of brake power at random brake periods which could have cause and accident with other drivers, and finally malfunctioning sensors attributed to the exhaust system. This also led the vehicle to be unable to pass state regulated Emissions testing because of the inability to maintain proper emissions levels.   Brake Vacuum pump that was removed from vehicle to inspect and diagnose is still available for inspection.   Recent findings show that Chevrolet/GM is aware of the issue in their vehicles but refuses to address or replace faulty brake vacuum pumps. It is a common problem amongst 2013-2022 Chevrolet Malibus.    Vehicle that is in question was inspected by a certified mechanic shop with failed emissions test. Solid check engine light appeared once the brake had become harder to push and stop the car. OBD scans show DTC codes that were pertaining to MAF and MAP malfunctions in readouts and communications to the ECM.   After further inspection, the ABS module had been acting as \"backup\" for hydrolic brakes system that had zero vacuum to power the brake booster, this could have caused the engine to stall, longer than normal stopping distances (stronger risk of rear ending other drivers), and multiple components and sensors to fail, requiring them to also be replaced.","products":[{"type":"Vehicle","productYear":"2018","productMake":"CHEVROLET","productModel":"MALIBU","manufacturer":"General Motors, LLC"}]}]}