Subaru Outback Camper
A very popular SUV amongst camping enthusiasts – not the biggest one, but has enough room for sleeping, plus offers an excellent safety rating and is one of the best cars you can take off-road, well rugged and well-built, matched only by the rugged Mitsubishi Pajero (Shogun).
NimbleCamper rating: 2.8/5
|Boot length (cm)||
|Boot height (cm)||
|Boot width [wheel arches] (cm)||
|Consumption MPG (UK)||
|Consumption MPG (US)||
|NimbleCamper rating (out of max 5)|
|Average used price, GBP (2015)||
- Great Subaru resource (detailed measurements + much more): Cars101.com
- Subaru Outback camping conversion platform for 1199 USD by Compasscamper.com
- EURO NCAP safety rating (2021) 5/5
- ADAC Rating (lower = better) 2.6/5
Standard reviews (not focused on camping):
Subaru Outback boot & exterior dimensions
(these are from a 2018 model, they all differ slightly, but this is a good average for all)
How to sleep in Subaru Outback, DIY camping conversions and related posts
This month’s top picks amongst the many DIY car camping conversions are on the opposite sides of the difficulty spectrum…
This one is for all of you NV200 fans out there. James will show you how he converted his NV200…
A great example of camping in a Dacia Duster – a DIY camping conversion. For a small car, the Duster…
- Average used price, GBP (2015) – I use Carsite.co.uk‘s price aggregates from 2015 (or the nearest possible year if not available), or, if not found, from autoscout24.com. For new cars, I specify the closest possible match (i.e. if released this year, it’s the new price, if released two years ago, it’s the 2-years old price etc). It’s here to give you a benchmark comparison (- a like for like, an apple with an apple) of the value of each car and for filtering purposes. It’s not meant to be used as an accurate estimate of used car value – it is updated once a year, so make sure you know what the car should cost at the time of purchase if you decide to buy one.
- Boot dimensions – taken from various sources across the web, starting with official, supplemented with other reliable websites (like ridc.org.uk), supplemented by user-generated content – images of measurements from forums or social networks. It’s also used for filtering, comparison and to give you a good idea of the car’s suitability for camping.
- Comfort rating – a benchmark used to simplify the car’s comfort & driving score based on equipment, furnishings, handling, safety, and costs ratings from external sources like whatcar.com, carwow.co.uk, autocar.co.uk etc. It gives you an indication of whether the car will drive and feel like a van (low rating) or offer better interior & handling (higher rating). A simple van-like car, for example, a Renault Kangoo is 0.5, a well equipped and comfortable car like a Ford S-Max is a 2. No hard math behind it, just an indicator, f.e. 0.5= basic car that does the job, 1.5 = hey, that’s nice to have!, 2 = oooh, comfyyyy.
- Consumption – I take the average 2017 consumption or closest match from Fuelly.com, or if none is available, from other sources like honestjohn.co.uk. If there are not enough cars for a single year, an average for several years is calculated.
- NimbleCamper rating – a weighted score of boot length (45% weight), boot height (40%), consumption (10%) and comfort (5%). The logic of weighing length & height higher than consumption and comfort is – headroom is important when you sleep in the back of the car, so is the length. A comfy ride is a factor, but you can sleep in a big car that’s not that comfy, however, it’s much harder to camp/sleep in a comfy car that’s too small. Read more about the NimbleCamper rating and criteria here.
- a note for EVs (electric vehicles) – for consumption, I am using the Fuel Equivalent Consumption estimate by ev-database.org. It is usually much lower than combustion engines, giving EVs an advantage – which I think is fair. They do have a small disadvantage in terms of having to plan your trips around charging stations + longer waiting time, but that will get better over time. More charging stations, faster chargers and better batteries. Therefore I am not adjusting the calculation for EVs in any way.
- In short: a litre of petrol contains about 8.9 kWh of energy. If we divide the energy consumption of an EV by this (f.e. 16 kWh/100 km divided by 8.9 kWh/litre), we get equivalent fuel consumption of 1.8 l/100 km.
- EV stats – taken from ev-database.org