You have 60 days to request a return* All sale items are final sale.
Shipping information
We aim to dispatch all orders placed before 1 PM on the same working day.
Standard delivery is 1–2 working days to most UK mainland addresses.
Free UK Mainland delivery on orders over £40
Tracked shipping via our trusted courier partners
You’ll receive an email with tracking details once your order has been dispatched
Please note: larger items such as air conditioners may require an additional handling day during peak periods. Orders to locations outside mainland UK will incur shipping fees, applied at checkout.
Returns & warranty & contacting us
We want you to be completely satisfied with your Mestic purchase.
If your item arrives damaged or you change your mind, you can return it within 60 days of delivery in its original packaging for a refund or exchange.
All Mestic products come with a manufacturer’s warranty (typically 2 years) covering defects in materials and workmanship.
For return requests or warranty support, please contact our customer care team at onlinesales@mymestic.co.uk with your order number and a brief description of the issue.
Generate sustainable power easily with the Mestic Solar panel Back Contact MSBC-130. The Back Contact solar panels reduce the shadow cast on the solar cell, resulting in high efficiency. Provide all your devices with the necessary power and enjoy extra freedom.
High energy yield with back contact technology
With the Mestic Solar panel back contact MSBC-130, you are less dependent on the mains for electricity at the campsite. With back contact solar panels, the electrical contacts are located on the back of the solar cell instead of on the front. This increases the amount of light that the solar cell can receive because there are no metal lines on the front of the cell that block the light. This technology often provides the highest efficiency with yields that can vary from 21% to 23% or even higher. It also gives the solar panels a sleek appearance, with no visible wires or contacts on the front. Use your green electricity to power the kettle, microwave or vacuum cleaner.
Main advantages
Made of high-quality back-contact monocrystalline silicon solar cells
Back Contact technology ensures high efficiency per square meter
Circuits hidden on the back ensure a sleek appearance
CE, RoHS and ISO certified
Includes mounting brackets for easy installation
Dimensions: 132.5 x 51.5 x 5.4 cm (lxwxh)
Number of solar cells: 42
Weatherproof and wear-resistant
The Mestic Solar panel Back Contact MSBC-130 is perfect for your camper, caravan or boat. The set consists of a Back Contact solar panel, two mounting brackets, a roof duct with cable connections and a connection cable. The connection cable, with a diameter of 2.5 mm and a length of 500 cm, can easily be connected to the charge controller. In addition, the solar panel complies with ISO and technical quality requirements as well as European legislation for safety, health and the environment. This ensures you have a safe, high-quality solar panel. The panel also performs excellently in all weather conditions and is wear-resistant, which ensures an extra long lifespan.
Do you enjoy the freedom of camping? With a Back Contact solar panel, you are less dependent on the mains for electricity at the campsite. The efficient panel with smart Back Contact technology provides more power per square meter.
Why choose this panel?
• High-efficiency back-contact cell technology delivers superior performance and more power from the same surface area. • 130W output offers a strong balance between high charging capability and manageable panel size. • Excellent low-light efficiency, making it ideal for the UK’s mixed weather conditions. • Durable, premium build quality designed for long-term, fixed installation on caravans, motorhomes and campervans.
What this panel is best for
The MSBC-130 is ideal for off-grid touring where reliable, consistent charging is required. It’s highly suited to vehicles that run lighting, pumps, fans, cool boxes and regular device charging, especially where space is limited but efficiency is a priority.
Good to know
• Always use a suitable 12V solar charge controller to protect your leisure battery. • Compatible with AGM, Gel and Lithium batteries when paired with the correct controller settings. • For maximum performance, install the panel in a clear, unshaded area and clean periodically to maintain efficiency.
Below is a quick guide to what each of these figures means in day-to-day use,
so you can judge whether this panel will comfortably support the way you camp.
Max power (W)
This is the peak wattage the panel can produce in strong sunlight.
A higher watt rating means more total energy over the course of the day,
so it’s easier to keep leisure batteries topped up when you’re running cool boxes,
pumps, lighting and multiple USB devices.
If you spend several nights off-grid or rely heavily on 12 V appliances,
prioritise panels with higher wattage for more reliable daily charging.
Max current (A)
Max current is the highest charging current the panel can deliver through a suitable
solar charge controller. The higher the amps, the faster your leisure battery can
recover after use, especially during shorter daylight windows.
This is particularly important for campers who arrive late on site, use a lot of
power in the evening or run Lithium batteries that can safely accept faster charging.
Max voltage (V)
Max voltage shows the panel’s operating voltage under load. Higher voltage helps
reduce losses over longer cable runs – for example on larger motorhomes or roof-rack
installations where the panel is some distance from the charge controller.
It also gives you a bit more headroom in cooler or cloudier conditions when panel
voltage naturally dips, helping the controller stay within its ideal working range.
How this affects your set-up
Together, these three values give a good picture of real-world performance:
max power tells you how much energy the panel can produce in a day, max current
shows how quickly it can recharge your battery, and max voltage indicates how
efficiently it will deliver that power through your wiring.
If you mostly stay on hook-up or only trickle-charge a battery between trips,
a lower output panel may be perfectly adequate. If you regularly camp off-grid,
run several 12 V appliances or depend on solar as your main charging source,
choosing higher outputs in all three areas will provide noticeably stronger, more
dependable performance.
