On July 23, 1998, at 1100 hours Pacific daylight time, a Piper PA-28R-200, N222LC, experienced a loss of engine power after aborting a landing at the Baker, California, airport. The airplane, operated under 14 CFR Part 91, sustained substantial damage during the ensuing runway overrun and collision with ground obstacles. The private pilot/owner, the sole occupant, was not injured. Visual meteorological conditions existed for the personal flight and no flight plan was filed. The flight originated from the General Fox Field airport, Lancaster, California, at 1000 on the day of the accident and was scheduled to terminate at the Henderson, Nevada, airport. In a telephone interview with the Safety Board, the pilot stated that he had departed from the Van Nuys, California, airport on July 22, 1998, and was returning to Henderson. He stated that near Daggett, California, he encountered a storm. He made the decision to return to the General Fox Field airport and wait out the storm. On the morning of July 23, the pilot reported that the airplane was refueled and he conducted the preflight inspection. He noted that during the run-up the engine sputtered, and he taxied the airplane to a maintenance facility located on the field. He then checked the fuel, with no water or debris present. The pilot then solicited the maintenance facility to check out his airplane. The pilot reported that the maintenance facility found the fuel injectors were dirty and cleaned them. They ground checked the engine and it ran fine. The pilot conducted another run-up and did not notice any further discrepancies. He reported that he had the tanks "topped off" with fuel, and checked the fuel for water or debris, with no discrepancies noted. He taxied back for takeoff and performed another run-up with no malfunctions noted. While en route to Henderson, the pilot noticed that the fuel flow gage was fluctuating and the engine began to run rough and sputter. The pilot said he believed that he had lost the engine driven fuel pump. He then switched to the backup electric driven fuel pump and for a few seconds the airplane ran fine. Shortly thereafter, the fuel flow gage began providing an intermittent reading again and he decided to make a precautionary landing at Baker airport. The pilot reported that he checked the windsock and was attempting to land into the wind. He stated that right before touchdown he noted that the windsock had changed direction and he was now landing with a tailwind. He decided to abort the landing and added full power, but the engine did not respond. He landed the airplane straight ahead and engine power came back on just after touchdown. The pilot stated that the airplane overran the runway and struck an elevated road. Following the accident, an inspection and ground test run of the engine was performed. The battery had to be recharged prior to the engine run-up. After the battery had been recharged, the engine was started and run for 5 minutes with no discrepancies found. All engine instrument readings were within manufacturer's limits. A magneto check was conducted at 2,000 rpm with no discrepancies. No leaking was observed before, during, or after the test run. The fuel vents in each of the wing assemblies were examined and found to be free of any obstructions. The throttle and mixture controls were found to be secure at their respective arms. All of the fuel lines to the engine were found to be secure. There were no further discrepancies noted with the inspection of the fuel system. The fuel servo was removed and a flow test was conducted and was found to be within manufacturer's specifications. The fuel servo was then disassembled with no anomalies noted.