L Lightning is an unavoidable natural event, so it can cause damage tobuildings or areas affected by direct and indirect lightning strikes. As a result oflightning strikes, it is important to have a protection system against the dangers oflightning strikes by using a tool, namely a lightning rod system. There are varioustypes of lightning rods, including conventional and electrostatic types of lightningrods, both of which function to protect buildings from lightning strikes. In thisstudy, located in the Wisma Maktour Building, East Jakarta, the aim was todetermine the level of lightning protection and security for all parts of thelightning protection system at the Wisma Maktour Building. Then an analysis andevaluation was carried out on the lightning protection system of the Wismabuilding based on the 1983 PUIPP standard, SNI 03-7015-2004. , and Regulationof the Minister of Manpower No: PER 02/MEN/1989 so that recommendations forimprovements can be made in accordance with safety and security standards.Based on the results of the study, the radius of protection of the electrostaticlightning rod at the Wisma Maktour Building was able to protect the building as awhole, but based on the rolling ball method there were sides of the building thatwere not fully protected. The condition of the corrosion effect on the downconductor is quite good, however, in the installation that is buried under buildingconstruction, it is impossible to carry out regular physical tests and guaranteesafety. The grounding has a resistance value of 0.96 so that it is in accordancewith the rules and standards used, but it is necessary to make physicalimprovements to avoid the effects of corrosion. From the damage that is owned,the building manager should immediately make repairs according to standardsand security considering that the Wisma Maktour Building has an R = 15, whichmakes lightning protection very mandatory.