# Baldwin Street

> A residential street in North East Valley with a gradient of about 1 in 2.9, long claimed as the steepest in the world, though that title has been disputed.

Source: https://camping-spirit.com/places/nzz-baldwin-street/

A residential street in North East Valley with a gradient of about 1 in 2.9, long claimed as the steepest in the world, though that title has been disputed. Park at the bottom and walk up, using the steps beside the road. Large vehicles should not drive it.

- **Nearest town:** Dunedin, New Zealand
- **Category:** Roadside oddities
- **GPS:** -45.8509, 170.5311

## Good to know

**Best time to go:** The most pleasant months are usually February–April and November. Still fine, with some compromises, in May, October and December–January. (Estimate from long-term temperature averages, terrain and pass seasons)

## Featured in these trip guides

- [Dunedin city and the wildlife of Otago Peninsula](https://camping-spirit.com/guides/nzz-dunedin-otago-peninsula/)

## Nearby

- [Dunedin Botanic Garden](https://camping-spirit.com/places/nzz-dunedin-botanic-garden/) – 2 km
- [Larnach Castle](https://camping-spirit.com/places/nzz-larnach-castle/) – 2 km
- [Toitū Otago Settlers Museum](https://camping-spirit.com/places/nzz-toitu-otago-settlers-museum/) – 3 km
- [Speight’s Brewery](https://camping-spirit.com/places/nzz-speights-brewery/) – 3 km

## FAQs

### Where is Baldwin Street?

Baldwin Street is in Dunedin, New Zealand, at GPS -45.8509, 170.5311.

### Which road trips pass Baldwin Street?

Baldwin Street is a stop on these CampingSpirit trip guides: Dunedin city and the wildlife of Otago Peninsula.

### What is there to see near Baldwin Street?

Places worth a stop nearby: Dunedin Botanic Garden (2 km), Larnach Castle (2 km), Toitū Otago Settlers Museum (3 km) and Speight’s Brewery (3 km).

### When is the best time to visit Baldwin Street?

The most pleasant months are usually February–April and November. Still fine, with some compromises, in May, October and December–January. (Estimate from long-term temperature averages, terrain and pass seasons)