Ultimate Guide to upcoming Rishikesh Metro in Uttarakhand
In a groundbreaking move towards modernizing urban transit, IG Drones, India’s pioneering drone tech and analytics company, has secured a contract for the survey of Uttarakhand’s first-of-its-kind Neo Metro Rail Project.
Overview: Rishikesh Metro
Overview of Uttarakhand Metro
The Uttarakhand Metro is a modern Mass Rapid Transit System (MRTS) designed to make travel easier in Uttarakhand. It has two planned corridors that will connect Haridwar, Rishikesh, and Dehradun, three important cities in the state.
The project is managed by the Uttarakhand Metro Rail Corporation Limited (UKMRC). This organization is a special-purpose vehicle created by the Government of Uttarakhand to ensure the successful planning and construction of the Uttarakhand Metro.
With this project, people can look forward to faster, cleaner, and more reliable transportation in the state.
Key Specifications of Uttarakhand Metro
Authorised Authority
- Uttarakhand Metro Rail Corporation (UKMRC)
Speed and Track Details
- Top Speed: 70 km/hr
- Average Speed: 25 km/hr
- Track Gauge: Standard gauge (1,435 mm)
Safety and Electrification
- System: 750 V DC Third Rail Overhead Line
Train Configuration
- Coaches: 3 per train
Estimated Cost
- Total Project Cost: ₹40,150 crore
Routes
- Operational: 0 km
- Under Construction: 0 km
- Proposed: 73 km
Phase 1 – Line 1: Haridwar – Rishikesh
- Length: 32 km
- Type: Elevated & At-Grade
- Stations: 10
Phase 2 – Line 2: Nepali Farm – Dehradun
- Length: 41 km
- Type: Elevated & At-Grade
Metro Neo Projects in Uttarakhand
Dehradun Metro Neo Project
- Proposed Network: 22.424 km with 25 stations
- Implementation Model: SPV (60:40)
- Approval Process:
- Board Approval: DPR approved on 4 May 2021
- State Government: Approved and forwarded to MoHUA on 12 January 2022
- Status: Awaiting final approval from MoHUA (recommended by NPG on 31 August 2022)
Haridwar–Rishikesh Metro Neo Project
- Proposed Network: 34.148 km with 20 stations
- Approval Process:
- Board Approval: Directed to prepare DPR on 13 April 2021
- DPR Status: Prepared by UKMRC
The Uttarakhand Metro Neo Project is a step towards establishing a modern, efficient, and eco-friendly transit system in Dehradun, Haridwar, and Rishikesh.
Efficiency and Precision: Rishikesh Metro
- Drones have emerged as indispensable tools in infrastructure projects, offering unparalleled efficiency, precision, and cost-effectiveness.
- By reducing reliance on manual labor, drones contribute to significant time and cost savings. Their applications range from surveying construction progress to assessing work quality and identifying potential issues during the construction phase.
- Bodhisattwa Sanghapriya, Founder and CEO of IG Drones, expressed enthusiasm about the prestigious contract, stating, “Surveying a metro rail project in such tough terrain is a challenging task in itself, but we have the latest drone technology and software to monitor such projects in detail.”
- The company’s commitment to innovation, exemplified by India’s first 5G-enabled drone, Skyhawk, positions IG Drones as a key player in advancing India’s infrastructure development.
Drone Technology: Rishikesh Metro
- IG Drones continues to lead the way in drone technology, having previously unveiled Skyhawk, a 5G-enabled drone with advanced sensors and artificial intelligence functionalities. This versatile drone finds applications in border surveillance, medical sectors, and defense.
- The company’s expertise and dedication to innovation were further underscored by its earlier contract win for surveying the Mumbai-Ahmedabad Bullet Train Project.
Conclusion:
- As Rishikesh Metro takes shape under the watchful eyes of IG Drones, the fusion of cutting-edge technology and urban development promises a new era in transit systems.
- The Neo Metro Project is not just about laying tracks; it’s a testament to India’s commitment to embracing innovation and redefining the future of transportation. With IG Drones at the forefront, Uttarakhand Metro is poised to become a symbol of progress and efficiency in the nation’s infrastructure landscape.
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