WOHA is planning on building a slender new apartment high-rise development near Mumbai. The design is sky-high and contains many sharp angles, creating a super slim and chic look.
The building is set to be approximately 64 storeys high, and will include a pool, clubhouse and even a cricket field. By the sounds of it, this building will not be cheap to live in, as it clearly contains many high-end amenities. The surrounding area has plenty of green space, with gardens aimed to help people relax on a busy day. The towers themselves are equipped with special material to help people keep cool, as it can get extremely hot in Mumbai at most times.
Overall, this design by WOHA is angular and luxurious, which will please a number of potential buyers.
Photo Credits: designboom, woha.net
Why This Trend Is Growing
- Slender High-rise Apartments
- WOHA's design for a slim and chic apartment high-rise offers an opportunity for disruptive innovation in the luxury real estate market.
- Angular and Luxurious Designs
- The angular and luxurious design of WOHA's apartment towers presents an opportunity for disruptive innovation in architectural design and construction.
- Sustainable and Cool Materials
- WOHA's use of special materials to keep the towers cool in hot climates opens up opportunities for disruptive innovation in building materials and energy efficiency.
Industries Being Reshaped
- Luxury Real Estate
- The luxurious amenities and design of WOHA's apartment high-rise cater to the luxury real estate industry, offering an opportunity for disruptive innovation in high-end residential properties.
- Architecture and Construction
- WOHA's angular and chic design for the high-rise apartments offers an opportunity for disruptive innovation, setting a new standard in architectural design and construction.
- Building Materials and Energy Efficiency
- WOHA's use of sustainable and cool materials in their towers presents an opportunity for disruptive innovation in the building materials industry, focusing on energy-efficient solutions.
