Designed with and for refugees

Focusing on the needs of the end user and a rational design process allows us to create temporary shelter that deliver hope and safety in short and long term.

A better shelter

Yasmine: “The first time we heard they were going to replace the tents, we were so grateful. We really suffered in the tents. They were difficult to live in. We were afraid that winter would come and we would still be living there. We heard that many tents were flooded and people lost everything, so we were really grateful that the tents would be replaced. It was such a relief; the shelters are more private, more safe…”Sa’ad Mohammed, 27, his wife Yasmine, 27, and their 2 month old daughter Ritaj born two months premature in October 2015. The couple also have an 8 year old daughter, Anssam, and a 6 year old son, Bassim. They currently live in Al Jamea’a Camp in Baghdad, Iraq.

More testimonials

PV System

Electricity is scarce in many refugee camps, making it difficult to read, cook and socialise during the hours of darkness. Better Shelter features a solar panel which is installed on the roof, and charges an LED light inside the shelter. When fully charged, this can be used for 4 hours during the nigh time. The light output is between 20-100 lm and the system can charge a mobile phone through a USB port in the lamp.

• 4 hours of light

• Ability to charge a mobile phone

Safe and dignified

Better Shelter is designed to help the millions of people worldwide who have fled armed conflicts, persecution or natural disasters, who have often been through traumatic experiences, and who face an uncertain and extremely vulnerable future.

The Better Shelter becomes their home away from home in temporary settlements, transitory sites and camps – a place where they can close the door and get a little privacy and calm.

The shelter resembles a house, with semi-hard, non-transparent walls. It has four windows and a high ceiling, enabling residents to stand upright inside. The door, lockable both from the inside and the outside, lets everyone – and women and children especially – feel safer when they are at home. A solar powered lamp provides light during the hours of darkness. The shelter allows residents a higher level of safety, security and dignity than a tent.

  • Photographer: © UNHCR/Sebastian Rich

  • Photographer: Better Shelter

Sustainable

The Better Shelter’s lightweight yet robust frame is made from strong galvanised steel. It can be anchored to the ground and will withstand rain, snow and strong winds. The roof and walls are made of polyolefin panels treated with UV protection to reduce deterioration caused by strong sunlight. The steel frame is modular, and many of the structure’s components are interchangeable. The shelter can easily be dismantled, moved and reassembled. Unlike tents, which may require the entire structure to be changed if any part is damaged, components on Better Shelter units can be replaced individually. The expected lifespan of the structure is three years in moderate climates. The roof and wall panels are made from polymer plastic and can be recycled.

Easy to assemble

Assembling a 17,5 m2 Better Shelter requires a team of four people and takes around four hours depending on experience, conditions and location.

The shelter is delivered in two cardboard boxes which have been packed to reflect the order in which components will be used in construction. The two boxes can be lifted by four people and also contain all necessary tools and instruction manuals.

The shelter is constructed in three stages:

1 – steel foundation

2 – roof with ventilation and solar panel

3 – walls with windows and door

  • Photographer: Better Shelter

  • Photographer: Märta Terne

Cost efficient

Better Shelter is safer, more dignified, longer lasting and more cost-efficient than the tents traditionally used in disaster relief. Its design is optimised for high volume production and flat pack logistics, which make it even more efficient and affordable.

Modular and adaptable

The modular design of the Better Shelter makes it adaptable for different uses and locations, as can be seen from the real world applications our partners and end users are creating for themselves.

The windows and door can be placed in a number of configurations to suit location, use and preference, allowing the layout to be adapted to personal needs. The vertical walls and high ceiling allow beds, tables, shelves and medical equipment to be housed in the shelter, while sections can be added and removed to create shorter or longer structures. The frame can be clad with local materials as desired and available, and damaged components can be replaced without having to dismantle or replace the entire structure.

  • Photographer: Better Shelter

  • Photographer: Jonas Nyström

Tested and evaluated

Prototypes have been tested and evaluated by UNHCR with respect to the personal, social and cultural expectations of the people that it aspires to rehabilitate, as well as the environmental, logistic and financial framework it is designed for.

The shelter is 17.5 sq. m (188 sq. ft) (L:5.68m, W:3.32m, H:2.83m), and provides a family of five a covered floor area of 3.5 sq. m per person (in compliance with the Sphere shelter and settlement standard).

In numbers

2   One shelter is delivered in 2 flat pack boxes, which each way about 80 kg.

4   It takes 4 persons 4-8 hours to build a Better Shelter. No additional tools are required and most components are assembled by hand.

4   The shelter kit includes a solar panel, which charges an LED light during the day. Once fully charged, the light can be used for 4 hours and also charge a mobile phone through a USB port.

5   One shelter is designed to host 5 persons.

17,5   The shelter is 17,5 square metres.

68   One shelter consists of 68 unique parts, including manuals and spare parts. The shelter is modular and can be adapted to different fields of application.

169   One Better Shelter weighs 169 kilograms.

10 000   In 2015, Better Shelter delivered more than 10 000 units for humanitarian operations worldwide.

  • Photographer: Jonas Nyström

  • Photographer: Jonas Nyström

Fire safety

We strive to be pioneering within shelter development, by setting a higher safety standard for our product compared to what is the norm for temporary humanitarian shelters today.

Better Shelter is a lightweight, temporary, one-room humanitarian shelter. There are no existing recognized standards to specifically inform the fire testing of temporary humanitarian shelters. We have developed this shelter in close cooperation with UNHCR, with an aim to improve the overall standard of refugee shelters. The specifications developed for the Better Shelter were informed by recorded good practice and was developed to include the following considerations in relation to fire risk:

> Intended for single family use with limited occupancy levels

> Limited internal distances to an exit as means of escape – maximum of 5.7 meters in the case of the Better Shelter.

> An outward opening door to facilitate a swift exit.

> A rigid steel frame covered with sufficiently fire retardant wall and roof panels to allow occupants sufficient time to exit the shelter in the event of fire. In compliance with humanitarian guidelines, the time required to exit a shelter in the events of a fire is 2 minutes.

The product specification of the Better Shelter requires that the main covering elements – wall and roof panels – meet the Euroclass classification EN 13501-1 for construction products in reaction to fire of D-s2,d0. The shelter panels have been subjected to laboratory testing for construction materials by the accredited SP Technical Research Institute of Sweden, which confirms that they exceed this classification

The rigid frame and panel structure of the shelter reduce the risk of fire related collapse and contributes to the required time for a family to exit the unit. This represents a significant progression in terms of safety in comparison with most non-rigid structure, such as tents. For the intended use, we have together with UNHCR concluded that the shelter’s level of fire safety exceeds the fire safety standard for this type of structure.

The shelter’s fire classification is clearly documented and stated in the shelter product specifications in order to allow customers to ensure that the product is fit for their intended use and local regulations.