Vestibule inflatable tent drive away brunner trouper xl 180 230 cm

INFLATABLE ENTRANCE BY BRUNNER, MODEL TROUPER It is considered one of the leading European companies producing outdoor products. Relying on valuable advice and information provided by experienced customers, Brunner constantly improves and prepares products of the highest quality.

Many patents created by Brunner testify to the inventive talents and innovations they introduce in tourist products.

PRODUCT DESCRIPTION:

Manufacturer: Brunner

Model: Trouper 38 cm

Fabric water resistance: 3000 mm

Material: 150D Oxford Polyester PU (100% polyester)

Installation height: 180 - 230 cm

Double piping: 5/7 mm

Vertical posts material: fiberglass

Installation on railings or by inserting into the frame

Weight: 23.4 kg

Color: gray

Included with a transport bag and mounting accessories

Product code: BRU0102977N

CHARACTERISTIC FEATURES:

DRIVE AWAY, i.e. free-standing after the vehicle has driven away

The inflatable vestibule can be erected in just a few minutes thanks to modern AIR Tech technology

An ideal way to add extra space to your vehicle

It creates additional space at the back, allowing you to store bicycles, cook or sleep

Reserves a camping space when you are away

Resistant to weather conditions

Easy to care

Spacious structure with a tunnel connection to the vehicle allows you to move freely around the tent

Large entrance door ensures good ventilation and a pleasant climate in the room

Large panoramic windows

Entrance door with mosquito net

With sewn-in floor

Possibility of rolling up the entrance and side doors

Compact storage size

Easy installation

Vertical posts included

AIR TECH SYSTEM

The idea of this system is simple and at the same time clever: replacing traditional metal or fiberglass ones poles with inflatable tubes, maintaining the important features of strength and stability. The pumping process is surprisingly quick and easy. The supplied pump is safe and convenient to use, and has a special pressure valve that prevents over-inflation of individual air columns.