# This 2-Mile Long Gondola Cost $52 Million

Channel: Half as Interesting
Source: https://www.youtube.com/watch?v=H3kXhpO6mig
Recap page: https://rapidrecap.app/video/H3kXhpO6mig
Generated: 2025-07-10T04:43:06.763+00:00

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## Quick Overview

The Peak 2 Peak Gondola, costing $52 million, revolutionized travel between Whistler and Blackcomb mountains by providing a direct, 1.88-mile peak-to-peak connection without support towers, reducing an hour-long journey to just 11 minutes through an unprecedented engineering feat.

## Summary

**Key Points:**
- The Peak 2 Peak Gondola cost $52 million to construct.
- It spans 1.88 miles (3.03 km) between Whistler and Blackcomb mountains without any support towers.
- The gondola uses two haul ropes and four track cables for stability and movement.
- Each 15,000-foot long cable weighs 97 tons and can hold 767,000 pounds.
- Cables were manufactured in Switzerland and transported by cargo ship, train, and specialized 48-wheel trailers to the mountain.
- Transporting each 90-ton cable spool up the mountain took 19 hours with the help of three heavy-duty trucks.
- The final splicing of the main haul rope was performed by hand over two days by Norm Duke of Wyoming, one of only five such specialists in North America at the time.

**Context:** Whistler Blackcomb, located in British Columbia, Canada, is recognized as the largest ski resort in North America, uniquely spanning two distinct mountain peaks. For decades, skiers and snowboarders faced a significant logistical challenge when attempting to traverse between Whistler and Blackcomb mountains, as it necessitated a time-consuming descent into the valley and then an ascent up the other side. This inefficient process highlighted a critical need for a direct, high-altitude connection to enhance the resort's accessibility and overall visitor experience.

## Detailed Analysis

The Peak 2 Peak Gondola, a $52 million project, connects Whistler and Blackcomb mountains in British Columbia, which together form the largest ski resort in North America. Before its construction, crossing between the two mountains required a lengthy descent to Whistler Village and then an ascent up the other mountain, taking over an hour. A traditional gondola wouldn't solve this, as it would still need to descend into the valley. The innovative solution was a direct peak-to-peak gondola, spanning 1.88 miles (3.03 km) without any support towers, designed to withstand hurricane-level winds. This required a unique design utilizing two haul ropes and four track cables (two in each direction) to provide stability and support for the gondola cars. The construction faced significant challenges due to the mountainous terrain and limited weather windows, allowing work only in spring and summer. Cement for the towers had to be delivered by helicopter due to snow. The massive 15,000-foot long, 97-ton cables, capable of holding 767,000 pounds, were produced in Switzerland and transported by cargo ship through the Panama Canal to Vancouver. From there, they were welded directly onto a train, requiring special arrangements to clear the tracks. The final leg of transport up Blackcomb Mountain involved a 48-wheel heavy-haulage trailer, assisted by two additional dump trucks pulling and one pushing, taking 19 hours per 90-ton spool up the steep, unpaved ski runs. Pulling the cables across the valley took 12 weeks of continuous effort using a smaller pilot cable. The critical final step was splicing the haul rope by hand, a complex process performed by one of only five cable splicers in North America at the time, Norm Duke of Wyoming. Completed in late August 2008, the Peak 2 Peak Gondola transformed inter-mountain travel, significantly enhancing the resort's accessibility and visitor experience.

### The Challenge

- Whistler Blackcomb, North America's largest ski resort, spans two mountains, Whistler and Blackcomb
- Traditional inter-mountain travel involved descending to Whistler Village and ascending the other mountain, taking over an hour
- A conventional gondola would not significantly reduce travel time due to the valley's depth.

### The Innovative Solution

- Engineers conceived a direct peak-to-peak gondola, spanning 1.88 miles (3.03 km) without any support towers
- This design required a robust system to withstand hurricane-level winds and support heavy gondola cars
- The Peak 2 Peak utilizes two haul ropes and four track cables (two in each direction) to create a stable 'two-rail railway in the sky'.

### Construction Hurdles

- The project had a tight two-year timeline, limited to spring and summer months due to snow
- Cement for the four main towers was airlifted by helicopter to the mountain tops
- The massive 15,000-foot long, 97-ton cables were custom-made in Switzerland.

### Logistical Feats

- Cables were transported by cargo ship from Switzerland, through the Panama Canal, to the Port of Vancouver
- Due to their immense weight, the spools were welded directly onto a train for transport to Whistler
- A 48-wheel heavy-haulage trailer, assisted by two pulling trucks and one pushing truck, took 19 hours to move each 90-ton spool up the steep, unpaved ski runs to Blackcomb Mountain.

### Cable Installation and Splicing

- A smaller pilot cable was first threaded across the valley, then used to pull the main cables
- Pulling each main cable across the 1.88-mile span took 12 weeks of continuous effort
- The critical haul rope was spliced by hand over two days by Norm Duke of Wyoming, one of only five such specialists in North America.

### Project Completion and Impact

- The Peak 2 Peak Gondola was completed in late August 2008
- The gondola reduced the inter-mountain journey from over an hour to just 11 minutes
- This engineering marvel significantly improved visitor flow and access across the vast ski resort.

![Screenshot at 0:04: Whistler Blackcomb map overview](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-00-04.png)
![Screenshot at 0:28: Old travel route map](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-00-28.png)
![Screenshot at 0:55: Direct gondola concept diagram](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-00-55.png)
![Screenshot at 1:11: Peak 2 Peak gondola tower](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-01-11.png)
![Screenshot at 1:49: Multiple cables diagram](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-01-49.png)
![Screenshot at 2:20: Cement truck on snowy mountain](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-02-20.png)
![Screenshot at 3:10: Cables transported from Switzerland](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-03-10.png)
![Screenshot at 3:40: Train carrying cable spools](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-03-40.png)
![Screenshot at 4:20: Heavy-haulage trailer with cable spool](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-04-20.png)
![Screenshot at 6:17: Cable splicing detail](https://ss.rapidrecap.app/screens/H3kXhpO6mig/00-06-17.png)