1540g / 2.95m²

What we liked: Roomy but light, highly ventilated, great internal storage
What we don’t: Marginal comfort in cold weather; light materials have limited durability

We recommend for:
Summer and shoulder-season users wanting a light but roomy tent.

Overview and features: MSR’s original light, versatile and livable Hubba Hubba 2 set the standard for freestanding, twin-vestibule, three-season tents. The 2025 iteration introduces major improvements: a larger floor area and roomier inner, and a redesigned aluminium pole and fly anchors. 

Space and comfort: The symmetrical floor is 11cm longer and 5cm wider than the previous model and now fits wider sleeping mats, such as Therm-A-Rest’s new NeoLoft. This version also has a higher ceiling and steeper end panels, so it’s better for tall users. Airflow is excellent, with  generous vents and a large mesh area making it comfortable in summer heat, but you’ll want a warm sleeping bag for cold autumn nights. 

Durability: The minimal weight is impressive for this tent’s spaciousness but comes at the cost of durability. While it’s made from premium materials, the very light fly, floor and zips limit its lifespan for hardcore users. That said, the aluminium hardware, poles and overall construction is class-leading. 

In use: The pitching process is fast and intuitive for first-time users. You can pitch the fly or inner separately, or half cover the inner with the fly. The dual entrances and generous vestibules make it as livable as backpacking tents get. Interior storage pockets and an adjustable washing line make interior organisation easy. High winds are this tent’s Achilles heel, however, and while it’s strong and can be reinforced with guylines, care should be taken with campsite selection. 

Value: The Hubba Hubba LT 2 is at the top of the price range, but with that price comes a light and roomy tent. 

Why buy the Hubba Hubba LT 2? 

This light tent is ideal for weight-conscious summer and shoulder-season users who want a little extra space and the convenience of twin vestibules.