MENARA HAP SENG 3
SOM designed
PROJECT DETAILS
Client | Hap Seng Land Development (Puchong) Sdn Bhd
Master Planner / Architect | SOM Architects / SA Architects Sdn Bhd
Completion | Dec 2019
Construction Cost | RM350 Million
Location | Kuala Lumpur
Menara Hap Seng 3 is a new commercial office building strategically located on the corner of Jalan Sultan Ismail and Jalan P. Ramlee. The project consists of a 20-storey office tower, 5 storeys podium, 1 showroom and 6 floors of basement carpark.
Total height of the building is 131m from ground level and the project has a GFA of 472,850 ft2. Construction utilises the top down/superstructure up simultaneous construction method. The project is scheduled for completion by Dec 2019.
MENARA HAP SENG 3
SOM designed
PROJECT DETAILS
Client | Hap Seng Land Development (Puchong) Sdn Bhd
Master Planner / Architect | SOM Architects / SA Architects Sdn Bhd
Completion | Dec 2019
Construction Cost | RM350 Million
Location | Kuala Lumpur
Menara Hap Seng 3 is a new commercial office building strategically located on the corner of Jalan Sultan Ismail and Jalan P. Ramlee. The project consists of a 20-storey office tower, 5 storeys podium, 1 showroom and 6 floors of basement carpark.
Total height of the building is 131m from ground level and the project has a GFA of 472,850 ft2. Construction utilises the top down/superstructure up simultaneous construction method. The project is scheduled for completion by Dec 2019.
MENARA HAP SENG 3
SOM designed
PROJECT DETAILS
Client | Hap Seng Land Development (Puchong) Sdn Bhd
Master Planner / Architect | SOM Architects / SA Architects Sdn Bhd
Completion | Dec 2019
Construction Cost | RM350 Million
Location | Kuala Lumpur
Menara Hap Seng 3 is a new commercial office building strategically located on the corner of Jalan Sultan Ismail and Jalan P. Ramlee. The project consists of a 20-storey office tower, 5 storeys podium, 1 showroom and 6 floors of basement carpark.
Total height of the building is 131m from ground level and the project has a GFA of 472,850 ft2. Construction utilises the top down/superstructure up simultaneous construction method. The project is scheduled for completion by Dec 2019.
