The startup develops a self-propelled elevator system that enables vertical and horizontal travel within tall structures, utilizing regenerative braking for energy efficiency. This technology reduces the core space required for elevator shafts, allowing for optimized building designs while minimizing energy consumption.
Funding
$260K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional elevator systems in tall buildings are limited by the height constraints imposed by hoist ropes and the need for multiple elevator shafts, which consume valuable core space. Passengers in supertall buildings often experience delays and transfers due to these limitations, while building designs are restricted by the large footprint required for elevator infrastructure.
Solution
Hyprlift is developing a self-propelled, autonomous elevator system designed to overcome the limitations of conventional elevators in modern skyscrapers. By eliminating hoist ropes and traveling cables, Hyprlift enables elevator cabs to travel to virtually any height without transfers. The system utilizes AI-driven destination dispatching, allowing multiple cabs to operate independently within the same shaft and transfer horizontally between shafts via transfer stations. This approach reduces the number of shafts required, freeing up valuable interior space and enabling more flexible building designs. Furthermore, Hyprlift's regenerative braking system maximizes energy efficiency, contributing to sustainable building operations.
Target Audience
The primary target audience includes architects, building developers, and construction companies involved in the design and construction of supertall buildings and urban development projects.
Features
- Self-propelled elevator cabs eliminating the need for hoist ropes and traveling cables
- AI-driven destination dispatching for optimized traffic flow and reduced wait times
- Horizontal transfer capability between shafts via strategically positioned transfer stations
- Regenerative braking system for energy recapture and increased energy efficiency
- Operation of multiple cabs within a single shaft, increasing capacity and reducing shaft requirements
- Compatibility with conventional elevator shafts, simplifying integration into existing buildings
- Modular cab design allowing for customization and specialized transport applications
- Remote cab removal for maintenance and repair, ensuring maximum system uptime