Guides
Installing a Bravo Snorkel to your VW Campervan
Today, we’ve been working on installing a Bravo Snorkel onto a VW T6.1. It’s a job you can do at home if you’re confident with tools and have a bit of patience though it’s definitely easier with access to a workshop and the right equipment. If you love taking your VW Transporter off the beaten path or simply want to prepare for those unpredictable floods and wet roads, fitting a snorkel is a smart upgrade. Not only does it look great, but it also helps protect your engine when driving through deep water or dusty terrain. Once you start going Swamper you won't stop.. First up Snorkel, next stop Swamper Alloys. There’s something undeniably tough-looking about a VW Transporter with a snorkel. It instantly gives off that rugged, adventure-ready vibe like it’s just waiting to tackle muddy trails or splash through flooded lanes. But beyond the looks, a snorkel can actually be really practical. It raises your air intake point higher up, helping your engine breathe cleaner air in dusty or wet conditions. And if you live somewhere that floods regularly (like we do!), it can make a big difference when the roads turn into rivers. Today, we fitted one of these to a VW T6.1, and while it’s not the easiest upgrade out there, it’s definitely something you can do yourself if you’ve got the tools, a bit of patience, and maybe a friend to lend a hand. Before You Start This is one of those modifications that’s best planned out before you touch a single bolt. You’ll need a few key tools, including a hole saw (we used a 102mm one), a jigsaw or nibbler, basic hand tools, and a clear, flat workspace. If you’re not completely sure about doing it yourself, don’t worry it’s always okay to ask for a bit of help. And if you have questions, you can reach out to us in the comments or message us directly for advice Getting Started: Tools, Space, and a Bit of Confidence Before you start cutting holes in your van (yes, that’s part of it), make sure you’ve got a decent workspace and the right tools. You’ll need: A 102mm hole saw A nibbler or jigsaw A socket set and basic hand tools A drill Plenty of masking tape and marking tools Having access to a workshop makes life much easier, but if you’re doing this at home, just take your time and plan each step carefully. And if you get stuck or just need a bit of advice feel free to drop us a message or comment. We’re always happy to help. Step 1: Strip It Back First things first, off come the windscreen wipers. This gives you access to remove the front scuttle panel, which needs to come off before you can reach the air intake area. Once that’s out of the way, disconnect the air filter box. It sounds more complicated than it is just a few clips and bolts but it’s essential because the snorkel connects directly to this part of the system. Step 2: Find Your Cutting Point With the air box out, you’ll see exactly where the snorkel will feed through the van’s bodywork. This is where things get interesting. You’ll need to mark and cut a hole through both the inner and outer panels. Don’t panic as long as you measure carefully, it’s straightforward. The snorkel kit usually comes with a template to help you line it up properly. The tricky part is that it’s not a perfect circle it’s slightly oval-shaped, so precision is key. We start by cutting the bulk of the hole with a 102mm hole saw, then tidy up the edges using a nibbler or jigsaw. This combo gives a neat, factory-looking finish. Step 3: Fit, Check, and Reassemble Once your opening is cut and clean, it’s time for a quick test fit. Slot the snorkel into place and make sure everything lines up correctly before you start bolting it down. After that, reconnect your air box, refit the front panel, and pop the windscreen wipers back on. And that’s it, your snorkel’s in! Why Bother Fitting a Snorkel? Some people think snorkels are purely cosmetic. Others swear by them. The truth is probably somewhere in between. If you regularly drive through flooded areas, muddy tracks, or dusty countryside roads, a snorkel is a genuinely useful addition. It keeps your air intake higher and cleaner, helping protect your engine from water and debris. But even if you never leave the tarmac, it’s hard to deny, they just look great. They give your van that expedition-ready feel, and let’s be honest, who doesn’t love that? Final Thoughts Fitting a snorkel isn’t the easiest mod out there, but it’s definitely one of the most rewarding. It transforms the look of your van and gives it a functional edge for real-world driving conditions. If you’ve got the tools, the space, and the patience, it’s absolutely something you can do yourself. Just take your time, measure twice, and don’t rush the cutting. Would we fit one again? Absolutely. They’re practical, they look fantastic, and for anyone dealing with muddy lanes or rising floodwater — they’re a bit of peace of mind too.
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How to Fit a Vamoose Awning Rail to a VW T5 or T6 Campervan: Step-by-Step Guide
If you own a VW Transporter T5 or T6 Campervan and want to fit a Vamoose awning rail, you don’t need to take it to a workshop. It’s a straightforward job that you can do yourself in under an hour, as long as you’ve got a steady hand and a bit of patience. This guide walks you through exactly how to fit the Vamoose awning rail properly, based on the method we use in our own workshop when converting vans for our customers. What You’ll Need Before you start, make sure you’ve got everything ready. The Vamoose kit comes with almost everything you need, including: Awning rail (keep it in the plastic until fitting to avoid scratches) Front flexible nose cone Rear guard 3M adhesive strip (on the front cone) Screws — both black (final) and silver (temporary self-drilling) Polyurethane sealant with nozzles Alcohol wipes Gloves You’ll also need a few basic tools: Drill driver with a long bit holder Masking tape Pencil and tape measure Box cutter Blue roll for cleanup Step 1: Preparation Start by taping off the seams above the doors and windows. This isn’t in the manual, but it’s worth doing. It stops metal swarf from falling into the panel gaps when you drill — the last thing you want is trapped metal rusting over time. Unpack your rail, separate your screws (silver for drilling, black for final fitting), and lay everything out where you can reach it easily. Step 2: Mark Your Starting Point Measure 430mm (43cm) from the seam where the two body panels meet at the front of the van. Mark this spot with masking tape and a pencil — this is where your awning rail will start. When you hold the rail up, you’ll want around 5mm of space between the shoulder of the rail and the top of the sliding door frame. This ensures the fit looks clean and consistent. Step 3: Drill and Fit the Rail Get a second pair of hands to help you lift the rail into position. Once it’s lined up, use the silver self-drilling screws to fix the rail in place temporarily. Start from the front and work your way towards the back. The van curves slightly, but the aluminium rail will bend naturally as you go — just guide it into shape. Don’t overtighten. Once the screws are in, remove them again to prepare for sealing. Step 4: Clean and Seal Before sealing, get rid of any metal filings. Blow them off or wipe them down — you don’t want them scratching your paint. Use the alcohol wipes to clean both the van surface and the back of the awning rail. This removes any grease or residue so the sealant can stick properly. Apply a small blob of sealant into every screw hole, then run a continuous bead along the back of the rail. Step 5: Final Fit With your sealant in place, line the rail back up to the screw holes and secure it using the black screws. As you tighten, sealant should squeeze out slightly — that’s a good sign you’ve got full coverage. Wipe away any excess with blue roll or an alcohol wipe before it dries. Step 6: Fit the End Caps The front nose cone has 3M tape — peel, stick, and press it firmly into place. The rear cap doesn’t, so you’ll need to score the back of it lightly with a blade to give the sealant something to grip. Apply sealant to the back, fit it in place, and run a smooth bead around the edges for a watertight finish. Mask around it before sealing to keep things tidy, then remove the tape once it’s smoothed off. Step 7: Finishing Touches Once the sealant’s set, give the whole area a final wipe down. You can add an extra bead of sealant across the top of the rail if you want extra protection from water ingress — it’s optional, but worth doing. The Vamoose rail doesn’t just hold your drive-away awning — it also acts as a rain gutter, stopping water from dripping into the van when you open the door. Many people even fit them on both sides for this reason. If you’re planning to fit a Fiamma F45s wind-out awning, Vamoose make brackets that clamp directly into this rail, so you don’t need to redrill the van. Final Thoughts Fitting a Vamoose awning rail is one of the easiest upgrades you can do to your VW Transporter. It’s neat, functional, and sets your van up perfectly for an awning or canopy setup. Take your time, seal it properly, and you’ll have a clean, professional finish that looks like it came straight from the factory.
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Expedition Roof Rack for MAN TGE / VW Crafter
Expedition Roof Rack for MAN TGE and VW Crafter LWB (2018 - Present) If you’re looking to upgrade your MAN TGE or VW Crafter LWB van, a high-quality expedition roof rack is one of the most practical and versatile additions you can make. Whether you're building an off-grid campervan, a professional work vehicle, or a weekend adventure van, this aluminium roof rack for the MAN TGE and VW Crafter Long Wheelbase offers the perfect combination of strength, low weight, and modular design. Purpose-Built for the MAN TGE and VW Crafter LWB Unlike universal roof racks that require modifications or don’t quite fit, this rack has been engineered specifically for the MAN TGE and VW Crafter LWB models from 2018 onwards. That means no cutting, no guesswork, and no compromise on fit or performance. Manufactured from marine-grade aluminium, this roof rack is corrosion-resistant, lightweight, and strong enough to handle the rigours of UK weather and off-road conditions. Roof Rack Specifications: Designed to fit MAN TGE and VW Crafter LWB vans (2018–present) Made from marine-grade 5mm aluminium Lightweight modular system Dimensions: 1500mm (W) x 4300mm (L) x 153mm (H) Includes 4 crossbars, side rails, front and rear panels, and all necessary fixings Total weight: 26.39kg Why Choose an Aluminium Roof Rack? Aluminium is the material of choice for modern campervan conversions. It provides high structural strength while keeping overall weight to a minimum — helping to improve fuel efficiency and reduce strain on your suspension and roof mounts. This roof rack is ideal for solar panel installation, roof boxes, bike racks, awnings, light bars, and more. The modular slotted design gives you total flexibility to mount whatever you need for your build, without custom fabrication. Sleek, Low-Profile Design This isn’t just a heavy-duty roof rack — it’s been designed to look great, too. With a stealthy, low-profile fit, it sits snugly on the roofline of your van, preserving your van’s aerodynamics and giving a premium finish. Perfect for overlanding enthusiasts, tradespeople, or anyone who values function and style. Key Roof Rack Design Features: Modular, easy-to-install construction Pre-machined slots for mounting accessories Low-profile side rails Front and rear plates for optional lighting or branding Black powder-coated finish for a sleek appearancEasy DIY Install or Workshop Fitting Available The rack includes everything you need for DIY fitting, including stainless steel bolts, brackets, and detailed instructions. If you'd prefer a professional installation, you can book a fitting at our Wildworx workshop in the UK. Built for Off-Grid, Overland, and Professional Use Whether you're planning a full campervan conversion or upgrading a commercial vehicle, this rack provides a solid platform for every use case. From solar panels and roof tents to ladder mounts and lighting rigs, this rack is built to work seamlessly with your setup. We’ve tested this roof rack on our own expedition-ready camper builds, and it’s become a key part of our off-road setup for both work and play. Order Your Roof Rack Today This VW Crafter and MAN TGE LWB roof rack is available exclusively through Play Dirty. We ship across the UK and offer workshop installation if required. Shop Expedition Roof Racks Related Products Roof-mounted solar panel kits Vehicle awnings and awning rails Swamper wheels and off-road tyres Why Buy From Play Dirty? We specialise in high-quality parts and accessories for campervans and off-road vehicles. Every product we sell has been tested in real-world conditions by our team of van conversion experts. When you buy from us, you’re getting proven gear built for the UK outdoors.
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How to Fit a Fiamma F45s Awning to a Vamoose Awning Rail
Adding a Fiamma F45s awning to your campervan is a great way to enhance your outdoor setup, providing instant shelter and extending your living space. In this guide, we’ll walk you through the step-by-step process of fitting a Fiamma F45s awning onto a Vamoose awning rail, ensuring a secure and professional installation. What You’ll Need Fiamma F45s awning Vamoose awning rail Bracket kit (includes main plate, sandwich plate, and awning plate) Masking tape Measuring tape Drill with various drill bit sizes (up to 9mm) Rivnut tool M6 Allen cap bolts and washers Sealant Pencil for marking Step 1: Understanding the Bracket Kit The bracket kit consists of three main components: Main Plate – Sits at the top of the gutter. Sandwich Plate – Bolts onto the top and secures into the gutter. Awning Plate – Adjusts in height and allows the Fiamma F45s to clip into place. This setup ensures a strong and reliable mounting point for your awning. Step 2: Choosing the Right Awning Size For a short wheelbase van, use a 2.6m awning. For a long wheelbase Transporter, a 3m awning is required. The back of the awning has stickers labeled “support,” but these are not where the brackets should be positioned. Instead, the brackets need to be spaced out correctly for optimal support. Step 3: Measuring and Marking Bracket Positions Measure from the ends – Come in about 50cm from each end of the awning. Use masking tape – Place a small strip on both the awning and the van to help with alignment. Mark the bracket locations – The spacing between the brackets should be approximately 1.6m. Step 4: Installing the Front Bracket Fit the bracket – Position the sandwich plate over the awning rail. Mark the drill holes – Use a pencil to mark the two holes at the back of the bracket. Drill pilot holes – Start small and work up to a 9mm drill bit. Install rivnuts – Insert and secure them using a rivnut tool. Apply sealant – Add sealant to the threads for a watertight fit. Secure the bracket – Use M6 Allen cap bolts and washers to fasten it in place. Step 5: Installing the Rear Bracket Measure back 1.6m from the first bracket. Follow the same steps as the front bracket installation. Ensure alignment so the awning sits evenly on the van. Step 6: Attaching the Awning Hook the awning into place – The top of the bracket has a hook that slides into the profile on the back of the awning. Secure the bottom – The base of the awning rests on the bracket shelf. Drill pre-drilled holes – Use the bracket’s holes as guides to drill into the aluminum casing of the awning. Bolt it in place – Wind out the awning slightly, then secure it with bolts and nuts. Final Check and Testing Ensure all bolts are tight. Check that the awning extends and retracts smoothly. Verify that the installation is secure and stable. Your Fiamma F45s awning is now professionally fitted and ready for use. Whether you’re camping, touring, or simply enjoying the great outdoors, this setup will provide reliable shade and protection for your adventures. Why Choose a Fiamma F45s Awning? The Fiamma F45s is one of the most popular campervan awnings for good reason. It features a sleek, compact design that integrates neatly onto your van without adding excessive bulk. The sturdy aluminum casing ensures durability, while the easy wind-out mechanism makes setup a breeze. The awning fabric is UV-resistant, waterproof, and designed to withstand the elements, providing you with a long-lasting and reliable outdoor shelter. Whether you're stopping for a quick roadside break or setting up camp for the weekend, the Fiamma F45s is a great investment in comfort and convenience.
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Swampers
Swampers: A Guide The Swamper Look blends rugged, off-road functionality with bold styling, making your van or campervan capable of tackling any adventure while looking the part. This guide covers key modifications that can transform your van into an overland-ready vehicle. From alloy wheels and all-terrain tyres to enhanced suspension and solar panels, each upgrade is designed to improve your van’s performance and versatility in off-road environments. Whether you own a VW Transporter, VW Crafter, Mercedes Sprinter, or another Volkswagen model, these modifications are perfect for achieving a tough, trail-ready vehicle. Heavy-Duty Front End Protection Electric Winch (10,000lb Capacity) A powerful winch with a 10,000lb capacity is perfect for self-recovery during off-road trips. A waterproof winch with steel rope, clevis hook, and roller fairlead offers dependable performance in challenging conditions.Tip: Install it with a winch plate in the original bumper for a secure fit. Swamper Alloy Wheels and All-Terrain Tyres Swamper Alloy Wheels One of the easiest ways to upgrade your van's look and performance is by switching to Swamper alloy wheels. These 16-inch alloy wheels are designed to handle rough terrains while giving your vehicle a more aggressive stance. Suitable for VW Crafter, VW Transporter, VW Caddy, and Mercedes Sprinter, these alloys are ideal for any campervan looking for that off-road aesthetic. All-Terrain Tyres Pair your Swamper alloy wheels with all-terrain tyres for maximum grip and durability. Whether you're on the highway or exploring rough trails, these tyres provide the traction and toughness needed for overland adventures. Why Choose Swamper Alloy Wheels? Superior Traction – Ideal for off-road, campsites, and gravel tracks. Adventure-Ready – Handles extreme conditions with all-terrain tyres. Bold & Rugged Look – Achieve the aggressive Swamper stance. Durability – Withstands potholes, rough roads, and heavy loads. Winter-Ready – Many tyres feature the 3 Peak Snow Mountain Symbol for European winter travel. Best All-Terrain Tyres for Swamper Wheels BF Goodrich (BFG) Most popular Swamper tyres with an aggressive tread. White lettering adds a classic off-road look. Excellent grip but may slightly reduce MPG. General AT3 Interlocked tread blocks for a smoother ride. Less noise than BFG, with solid off-road capability. No white lettering but better fuel efficiency. Falken Wildpeak Great value-for-money all-terrain tyres. Quiet, smooth ride with interlocked tread blocks. Less aggressive but still enhances the Swamper look. Recommended Swamper Wheel & Tyre Sizes 275/40/20 – Largest for standard suspension. 255/55/18 – Balance of off-road grip and aesthetics. 235/55/18 – Works on vans lowered to 40mm. 245/65/17 – Best for a true Swamper build, only BFG offers white lettering. 235/65/17 – Popular size, no mods needed. 225/65/17 – Maintains original rolling radius. The Swamper Look: Tough, Stylish, and Adventure-Ready Off-road alloys and chunky all-terrain tyres create a bold stance. The Swamper look is popular with VW Transporter, VW Caddy, Ford Transit, and campervan owners seeking a tough, off-road-ready aesthetic. We offer Swamper wheels and tyres packages for: VW Transporter Swamper Wheels (T5, T6, T6.1) VW Swamper Wheels and Tyres Package VW Caddy Swamper Wheels Ford Transit Swamper Wheels (Transit Custom, Transit Connect) VW Crafter Swamper Wheels Riviera, Wolfrace, and More! FAQs About Swamper Alloy Wheels Are all-terrain tyres noisy?Most users report little difference from standard tyres. For a quieter ride, go for General AT3 or Falken Wildpeak. Will oversized tyres affect my speedometer?Factory speedometers have a 5% margin of error. Larger tyres can improve accuracy - check using a GPS device. Underbody Protection Steel Sump Guard A steel sump guard is one of the most essential pieces of underbody protection for your VW Transporter. It safeguards the sump, which houses engine oil, from being punctured or damaged by sharp rocks and debris. Without protection, even a small impact can cause oil leaks, leading to engine failure. Material: 2.5mm–4mm thick steel or aluminium. Fitment: Precision-fit guards designed specifically for the VW Transporter are critical to avoid interference with other components. Considerations: Ensure the sump guard has enough clearance and does not obstruct airflow to prevent overheating. Gearbox and Differential Protection The gearbox and differential are located under the van and are exposed to potential damage. A dedicated guard for these parts is often constructed from high-strength steel to prevent impacts from damaging the gears or differential housing. Material: Typically 3mm–5mm steel or heavy-duty aluminum. Mounting: Use factory mounting points wherever possible to avoid compromising the vehicle's structural integrity. Design: A guard should cover both the gearbox and differential but provide sufficient ventilation for cooling. Fuel Tank Guard The fuel tank is another critical area needing protection, as a puncture can leave you stranded and cause environmental hazards. Fuel tank guards cover the base and sides of the tank, shielding it from ground impacts. Material: 3mm–5mm steel, which is corrosion-resistant to avoid rust. Fitting: Ensure it does not impede fuel access or add too much extra weight to the vehicle. Compatibility: Many fuel tank guards for VW Transporter models are specifically tailored to fit around the tank’s shape. Exhaust and Catalytic Converter Protection The exhaust system and catalytic converter are particularly vulnerable to damage. Since these components are often mounted along the undercarriage, a skid plate or guard can prevent them from being struck by obstacles, avoiding costly repairs. Material: Heat-resistant steel that won’t warp or affect exhaust flow. Considerations: The guard should allow space for heat dissipation to avoid overheating the catalytic converter or other exhaust components. Rock Sliders or Side Sill Guards While not part of the underbody, rock sliders or side sill guards protect the lower side sections of the van, including the door sills, from impacts with rocks or other obstacles. This prevents damage to the chassis and provides an extra layer of protection when driving on rocky trails. Material: Heavy-duty steel tubing or plate with reinforced mounting brackets. Additional Functionality: Can be designed to double as a step for easier access to the van or roof rack. Front and Rear Skid Plates Skid plates for both the front and rear of the VW Transporter ensure that crucial areas like the radiator, front bumper, and rear suspension are protected. Skid plates prevent sharp inclines or debris from striking these areas. Material: 4mm–6mm aluminum or steel for maximum impact resistance. Front Skid Plate: Should be angled to allow for smoother transitions over rocks or bumps. Rear Skid Plate: Protects the suspension and can be used with vehicles equipped with tow bars or spare wheel carriers. Underbody Coating for Rust Protection In addition to physical guards and plates, applying an underbody coating or rust-proofing treatment is crucial for long-term protection. This prevents rust and corrosion caused by dirt, moisture, and salt from damaging the chassis and metal components of the vehicle. Material: Heavy-duty rubberized or wax-based underbody sealant. Application: Coat the entire underbody, paying special attention to seams, welds, and areas where water or mud might accumulate. Adventure-Ready Interior Rubber Chequer Flooring in Cargo Area Add a durable rubber chequer floor to your cargo area for easier clean-ups and extra grip. Perfect for carrying bike racks, outdoor gear, and camping equipment, the flooring is a functional upgrade for any adventure van. Aluminum Cargo Tie-Down Rails Secure your cargo with lightweight, robust tie-down rails. These cargo rails ensure your camping gear and bike racks stay in place, even on bumpy trails. Cold Weather Comfort Diesel Heater for Campervans and Motorhomes Keep your campervan cozy with a reliable diesel heater. Whether you're camping off-grid or spending nights in cooler climates, a diesel heater will provide efficient, battery-saving warmth for Volkswagen vans like the VW Crafter or Mercedes Sprinter. Off-Grid Power System 12V Leisure System with Solar Panels Power your van’s appliances and devices off-grid with a robust 12V system, featuring: 110 Ah leisure battery, Power distribution unit, DC-DC charger, 1000W Pure Sinewave inverter. Add solar panels—such as a 150W slimline panel with an MPPT charge controller—to keep your leisure battery topped up during long trips. Solar power is a reliable way to keep your energy systems running while you're overland camping. Exterior Utility Modifications Secure a spare wheel with a rear door-mounted carrier and locking wheel nuts for added security, making sure you're ready for any tyre-related mishaps. This feature is especially useful for campervans like the VW Transporter and Mercedes Sprinter. 40" LED Light Bar Light up the night with a 40-inch LED bar, perfect for improving visibility during nighttime driving or setting up camp. A must-have addition for off-road enthusiasts. Fiamma F45s Awning For additional comfort during camping trips, consider adding a Fiamma F45s Awning. This awning provides extra shelter from the elements, giving you more usable outdoor space during your adventures. Off-Road Performance Upgrade Body Lift and Suspension Upgrade for Off-Road Vehicles A body lift and upgraded suspension system increase ground clearance and improve your van’s handling on rough terrain. This modification is essential for off-road driving and can be fitted to various models like the VW Crafter, VW Transporter, and MAN TGE. Lifting your vehicle enhances off-road performance by increasing ground clearance, improving approach, breakover, and departure angles, and allowing for larger tyres. You can choose between body lift kits, which raise the body without altering suspension, and suspension lift kits, which modify suspension components for greater height and flexibility. Key components include taller springs, longer shocks, control arms, and necessary steering and drivetrain modifications to maintain proper geometry. Post-lift adjustments, such as wheel alignment and driveshaft angle correction, are critical to prevent excessive wear and handling issues. While a lift boosts off-road capability, it can affect ride quality, fuel efficiency, and stability, requiring careful planning and regular maintenance. Roof Rack and Ladder for Extra Storage Full-Length Roof Rack Kit Increase your van’s storage capacity with a full-length roof rack, ideal for carrying camping gear, spare tires, and bike racks. Combine it with a rear-mounted ladder for easy access to your roof storage. Suitable for VW Crafter, Mercedes Sprinter, and other Volkswagen models. Snorkel for Water Crossings Off-Road Snorkel Kit Equip your campervan with a snorkel for improved airflow and safe water crossings. A snorkel protects your engine by keeping water, dust, and debris out, making it essential for serious off-road or overland excursions. This upgrade works well with models like the Mercedes Sprinter, VW Crafter, and MAN TGE. Embrace the Swamper Look Whether you’re looking to improve your vehicle's rugged aesthetics or enhance its off-road capabilities, each upgrade is designed to take your adventure vehicle to the next level. From Swamper alloy wheels and all-terrain tyres to solar panels and off-grid power systems, these modifications are perfect for anyone who wants to combine style, practicality, and overland performance. Overview: Modifications for a Swamper Build Electric Winch Swamper Alloy Wheels All-Terrain Tyres Steel Sump Guard Gearbox and Differential Protection Fuel Tank Guard Exhaust and Catalytic Converter Protection Rock Sliders or Side Sill Guards Front Skid Plate Rear Skid Plate Underbody Coating for Rust Protection Rubber Chequer Flooring in Cargo Area Aluminum Cargo Tie-Down Rails Diesel Heater for Campervans and Motorhomes 12V Leisure System with Solar Panels Rear Door-Mounted Spare Wheel Carrier 40" LED Light Bar Fiamma F45s Awning Body Lift Kit Suspension Upgrade Full-Length Roof Rack Kit Rear-Mounted Ladder Off-Road Snorkel Kit Performance Exhaust System High-Performance Air Filter Reinforced Bumpers Adjustable Shocks and Struts Enhanced Brake System LED Light Pods or Rock Lights Towing Package Skid Plates for Fuel and Transmission Tyre Pressure Monitoring System (TPMS) Recovery Gear Portable Fridge/Freezer Awning Room Van Security Upgrades Mud Flaps or Splash Guards Custom Graphics or Decals
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The Complete Guide to Campervan Solar Power (Panels, Batteries, MPPT & Installation)
Campervan Solar Panels Overview Going off‑grid is easier (and quieter) with a properly designed campervan solar system. This guide merges our video walkthrough with our written advice to give you a single, practical resource. You’ll learn exactly how solar works in a van, how to size the system, which parts to choose (rigid vs flexible panels, MPPT controllers, lithium batteries), and how to install safely on fixed roofs and pop‑tops. What we’ll cover How campervan solar works (end‑to‑end flow) Choosing panels: rigid vs flexible + rear/top junction boxes Sizing: daily energy needs, panel wattage, battery capacity, inverter size MPPT vs PWM controllers & how to match ratings (e.g., 75/15) Wiring: series vs parallel, fusing, cable gauge, isolators, RCD/earth Pop‑top installs (bonding, cable routing that survives opening/closing) Alternator & shore integration (DC‑DC + mains charger) Monitoring, maintenance, common mistakes, troubleshooting Real‑world example builds (Transporter, Crafter/MAN TGE gasless) Don't feel like reading? Watch our YouTube Video below: Why Campervan Solar is Essential Off‑grid freedom: charge while parked—no hook‑ups or generators needed. Quiet & clean: sustainable power straight into your leisure battery. Always working: even in the UK, panels provide a useful trickle in low light. Lower running costs: after install, sunlight is free. If you’re aiming for a gasless setup (e.g., induction hob), solar capacity and lithium storage become must‑haves. How a Campervan Solar System Works (Simple Flow) Solar panels capture sunlight and output DC power. Charge controller (MPPT/PWM) regulates panel voltage/current so batteries charge safely. Leisure battery bank stores energy for use day/night. 12V DC loads run directly from the battery via fused circuits. Inverter (optional) converts 12V DC → 230/240V AC for household sockets. Choosing Solar Panels: Rigid vs Flexible Rigid Panels Aluminium frame + tempered glass; durable, efficient, long‑lasting. Mounted on brackets/roof bars → slight aerodynamic drag. Best on flat, fixed roofs (e.g., large vans). Flexible (Semi‑flexible) Panels Ultra‑thin/low‑profile; ideal for curved roofs and pop‑tops. Minimal wind noise/drag when bonded correctly. Often slightly less efficient and shorter lifespan than rigid. Junction boxes: A rear junction box lets you hide cabling under the panel (cleaner, more waterproof). A top junction box leaves visible cables that must be routed through a cable gland. Rule of thumb: Pop‑top/curved roof: Flexible, rear‑junction, bonded. Fixed, spacious roof: Rigid on brackets for maximum longevity/efficiency. How Much Solar Wattage Do You Need? Step 1 — Tally your daily energy use (Wh) Create a quick table of your typical 24‑hour usage. Example: Device Power (W) Hrs/day Daily Wh 12V fridge 45 12 (duty cycle) 540 LED lights 15 4 60 Phone/tablets 20 2 40 Laptop 65 2 130 Water pump 60 0.2 12 Total 782 Wh Add ~15–25% headroom for inefficiencies → ~900–975 Wh/day. Step 2 — Estimate panel energy harvest A 200W panel can produce roughly: UK summer: 3–5 peak‑sun‑hours → 600–1,000 Wh/day UK shoulder seasons: 1.5–3 PSH → 300–600 Wh/day UK winter: 0.5–1.5 PSH → 100–300 Wh/day If your budget/roof allows, size for shoulder season so you’re not power‑starved 9 months of the year. Quick sizing hints Small setups (lights/USB, small fridge): 100–150W Touring with laptop/camera: 200–300W Gasless/induction or big vans: 300–600W+ (multiple panels) Batteries: Lead‑Acid/AGM vs Lithium (LiFePO₄) Feature Lead‑acid/AGM Lithium (LiFePO₄) Upfront cost £ ££–£££ Weight/size Heavy/Large Light/Compact Usable capacity ~50% DoD ~80–100% DoD Charge rate Slower Faster Lifespan (cycles) Lower Higher Cold performance Fair Good (with BMS/heating options) For most modern builds—especially gasless—Lithium wins on weight, usable capacity, charge speed and lifespan (despite higher initial cost). Capacity pointers: Weekend trips/light use: 100–150Ah Lithium Frequent off‑grid or induction cooking: 200–300Ah Lithium Big rigs/work vans: 300–600Ah Lithium Charge Controllers: MPPT vs PWM (and what 75/15 means) PWM: cheaper, less efficient; OK in strong, stable sun. MPPT: more efficient in variable UK conditions → recommended. Decoding ratings (e.g., Victron 75/15): 75 = max PV voltage the controller can accept. 15 = max charge current (A) to the battery.Match the controller to your panel/string open‑circuit voltage (Voc) and expected current. Leave margin for cold‑weather Voc increases. Inverters: Picking the Right Size 300–1000W → laptops, chargers, TV. 2000–3000W → kettles, hairdryers, induction hobs.Check each appliance label (or manual) for watts. Your inverter continuous rating must exceed the largest sustained load, and its surge rating should handle start‑up spikes. Gasless builds with induction typically pair 3,000W pure‑sine inverters with robust cabling, fusing, and ventilation. Wiring, Fusing & Protection (Safety First) Golden rules Fuse every positive leaving a battery or moving between major components (panel → controller, controller → battery, battery → inverter/DC loads). Correct cable size to minimise voltage drop (<3% target on critical runs). Short runs wherever possible. Typical DC cable sizes (guidance, check your run length & current): Panels → MPPT: 4–6 mm² (higher for long runs/parallel strings) MPPT → Battery (up to 15–30A): 10–16 mm² Battery → Inverter (2000–3000W at 12V = 167–250A): 50–70+ mm² with class‑T/MEGA fuse sized to inverter cable and spec. Isolation & protection PV isolator between panels and controller for maintenance. Battery isolator on the main positive feed. RCD on the 230/240V AC output and correct earthing/bonding. Use glands/grommets, abrasion protection, and tidy loom routing. Never substitute panel bonding with bathroom silicone. Use manufacturer‑approved structural adhesive/tape on clean, keyed surfaces. Series vs Parallel (Panel Wiring) Series: Voltages add, current stays similar → good for MPPT efficiency and long cable runs; beware controller voltage limits (cold Voc). Parallel: Voltages stay same, current adds → shading on one panel impacts less; requires thicker cables & combiner/fusing. Many small vans run single large panels to avoid mismatch/shading issues altogether. Pop‑Top Installations (What Actually Works) Choose flexible panels with rear junction boxes. Bond to pop‑top skin with approved adhesive/tape (per panel OEM). Route cables through a low‑profile gland near hinge line; add strain relief and slack for opening/closing cycles. Protect moving sections with loom sleeve and soft bends; avoid sharp radii. Optional: keep a portable folding panel in the garage to deploy at camp in winter or shade. Alternator & Shore Power Integration DC‑DC charger (e.g., 30–60A) from alternator to leisure battery is essential for modern smart alternators (Euro 6+). Mains charger (e.g., 30–50A) for when you do have hook‑up; keeps lithium happy during storage and top‑ups. MPPT + DC‑DC + mains charger can coexist—each with proper fusing and cabling to the battery bus. Monitoring & Smart Control Battery monitor (e.g., shunt‑based) shows State of Charge (SoC), amps in/out, time‑to‑empty. Many modern MPPTs/DC‑DCs offer Bluetooth apps for live data and history. For long trips, set low‑voltage cut‑offs and configure lithium BMS parameters correctly. Common DIY Mistakes (and How to Avoid Them) Skipping fuses → risk of fire and component damage. Undersized cables/long runs → voltage drop, poor performance. Wrong adhesives on flexible panels → panels peel off over time. No battery monitor → flying blind; catch failing batteries before big trips. Controller mismatch → MPPT voltage limit exceeded in cold weather. Maintenance Checklist Quarterly: check bonded panels and edge lift; inspect glands. Clean glass/flexible surfaces with mild soap + soft cloth. Verify app readings: daytime PV voltage/current, SoC trends. Annually: torque‑check main lugs, inspect for heat discolouration. Troubleshooting Quick Wins Low output? Clean panels; check shading; confirm MPPT status lights. Battery not charging? Check fuses/isolators, PV voltage at controller, controller → battery connection. Inverter trips? Load exceeds rating, or cable/voltage drop starving inverter—upgrade cable, shorten run, or raise battery voltage (e.g., 24V architecture in big builds). Real‑World Setups (Examples) Mid‑Size Van (VW Transporter) Panel: 200–300W flexible, rear junction, bonded. Controller: MPPT 75/15 or 100/20 (depending on panel Voc/current). Battery: 150–200Ah LiFePO₄. Inverter: 1000–2000W (if needed). DC‑DC: 30–40A smart‑alternator compatible. Notes: Keep runs short; add battery monitor; ideal for long weekends + remote working. Large Van / Gasless (Crafter or MAN TGE) Panels: 400–600W (rigid or multiple flex), consider roof rack integration. Controller: MPPT 100/30–100/50 (as per array Voc/current). Battery: 300–400Ah LiFePO₄ (induction cooking, big inverter). Inverter: 3000W pure sine. DC‑DC: 50–60A; Mains charger 30–50A. Notes: Ventilate inverter bay; Class‑T main fuse; RCD on AC circuits; clear cable management in serviceable trunking. FAQ How much solar do I need for a campervan in the UK?200–300W suits many touring vans. If you’re gasless or wintering, aim for 400–600W+. Is MPPT worth it over PWM?Yes - especially in variable UK weather and with roof space limitations. Do I need lithium?Not strictly, but lithium’s higher usable capacity, fast charging and low weight make it the best choice for frequent off‑grid use. Will flexible panels fly off?Not if bonded correctly with the right adhesive and prepared surfaces; avoid silicone sealants. Can I mix panels?Avoid mixing different voltages/ages in the same string. If mixing, wire in parallel with separate fusing and consider multiple MPPT inputs. Campervan Solar Final Thoughts A well‑designed solar system turns your van into a quiet, capable off‑grid home. Size the array to your daily Wh needs, pick an MPPT, choose lithium if budget allows, wire safely with the right fusing and cable sizes, and keep an eye on performance with a good battery monitor. Do that—and you’ll travel with confidence, year‑round.
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Alloy Wheels
Your guide on choosing alloy wheels for your car, van or campervan. Whether you're upgrading your VW Transporter, VW Crafter, Mercedes Sprinter, or MAN TGE for off-road camping trips or looking to enhance your vehicle's aesthetic, selecting the right set of alloy wheels is crucial. From Swamper alloy wheels to sturdy designs suited for all-terrain adventures, here’s what you need to know. Load Rating For those who love taking their campervan off-road or on overland journeys, the right alloy wheels must support the weight of your vehicle and any additional gear, such as solar panels for power during camping trips. The load rating refers to the maximum weight each wheel can safely support, making it critical for vehicles carrying heavy loads. How to check: Ensure the wheels you choose have a load rating that matches or exceeds the weight of your vehicle and camping gear. This is especially important for larger vehicles like the VW Crafter, Mercedes Sprinter, or MAN TGE, which are often loaded with equipment for off-road or camping trips. Why it matters: Selecting wheels with an appropriate load rating ensures safe driving, especially on rugged, uneven terrain. Under-rated wheels can lead to premature wear or dangerous failures during an overland adventure. PCD (Pitch Circle Diameter): Matching Your Bolt Pattern The PCD (Pitch Circle Diameter) is crucial to ensuring the wheels fit properly. It’s particularly important for popular campervans and overland vehicles like the VW Caddy, VW Transporter, and MAN TGE. The PCD represents the diameter of the circle through the bolt holes of the wheel. Understanding PCD: The PCD is typically written as two numbers, e.g., 5x120—where "5" indicates the number of bolts and "120" is the diameter of the circle in millimeters. Why it’s important: If the PCD doesn’t match your vehicle’s bolt pattern, the wheels won’t fit properly. Ensuring the right PCD for your campervan or overland vehicle is vital for a secure fit and safe off-road driving. Fitment: Getting the Right Tyre and Wheel Size When upgrading to alloy wheels for off-road adventures or camping trips, you need to ensure the right fitment. This includes tyre size, offset, and wheel diameter, especially for all-terrain or off-road tyres. Wheel Diameter and Width: Make sure the wheel size is compatible with the tyres you're using. For those who plan on hitting rugged trails, a larger diameter wheel might give your vehicle a more aggressive look, but could compromise ride comfort if not chosen correctly. Swamper alloy wheels, for example, are ideal for those looking for a rugged, off-road-ready look. Offset and Backspacing: These measurements are essential for ensuring your wheels don’t interfere with the body or suspension of your vehicle. Proper offset is key to making sure your wheels fit without rubbing against the fenders or suspension, which is especially important when using all-terrain or off-road tyres. Center Bore: The center bore should match the hub of your vehicle to ensure a snug fit. Most Volkswagen campervans like the VW Transporter and VW Caddy have specific requirements here, so check these specs carefully. Quick Summary Load Rating: Choose wheels that can handle the weight of your vehicle and gear, crucial for overland and off-road journeys. PCD: Ensure the bolt pattern of the wheels matches your car’s specifications for a safe and secure fit. Fitment: Pay attention to wheel diameter, width, offset, and center bore for compatibility with your all-terrain tyres and suspension setup. When choosing the right alloy wheels for your overland vehicle, consider how they will affect performance on both smooth roads and rugged off-road trails. Whether you're upgrading a VW Crafter, Mercedes Sprinter, or preparing for a camping adventure in a VW Transporter, the right set of campervan alloys can make a big difference in both function and style.
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