Solar film could be the flexible and scalable future of solar power

The need for sustainable energy has led to the development of solar film as an alternative to conventional solar panels. These innovative technologies are rapidly growing throughout Europe and has companies such as Heliatek (Germany) in addition to Solar Cloth (France) at the forefront of. Contrary to traditional solar panels solar film offers a degree of adaptability and flexibility which was not previously possible and represents a major advancement in technology for solar.

Heliatek's HeliaSol and HeliaFilm

Heliatek is an German brand that was established in the year 2017 introduced HeliaSol a thin, flexible solar film that resembles the appearance of a sticker. It is simple to set up and suitable to be used on a variety of surface types, including school buildings as well as wind turbines. It has the capacity to generate as much as 85 watts for every square meter. It also boasts the most small carbon footprint at less than 10 grams CO2e/kWh.

HeliaSol employs organic photovoltaics (OPV) technology in which sunlight is converted to electric energy by semiconducting materials. The overall layer of organic material is less than one millimeter in size, which is the reason for HeliaSol's distinctive features.

After HeliaSol, Heliatek also released HeliaFilm it is a stick-on roll of film that is able to stick to various surfaces such as concrete, glass, or metal. Heliatek is looking at innovative ways to use HeliaFilm specifically with glass, through exploring the color and transparency of. HeliaFilm could change the way glass is used by adding solar functions, thus aiding in energy generation as well as the reflection of heat into the construction industry.

The solar film M170 from Solar Cloth

Solar Cloth, a French firm, has designed the M170 solar-absorbing film which is a 0.5mm thick material that can produce 170 watts for every square millimeter. The M170 utilizes CIGS (Copper, Indium, Gallium and Selenium) technology that is known for its effectiveness and recycling of materials. This has allowed Solar Cloth to achieve a 17.2 percentage yield for an unrolled textile base which is a major advancement in photovoltaic materials. The M170's ability to adapt to different types of surfaces, such as round ones, make it an ideal solution for numerous application.

Efficient and sustainable in the environment

Solar films offer a cleaner alternative to conventional solar solutions. HeliaSol For instance, it is a lot greener than standard silicon-based solar panels, and has the carbon footprint being under 10 g of CO2e/kilowatt-hour. It is a better option for sustainability compared to fossil fuels like coal. Organic substances and recycled materials for solar film further improves their ecological credentials.

Installation and application

Installation is simple and easy to install an important benefit of solar film. HeliaSol can, for example, can be fitted to many substances, such as concrete, steel, as well as glass, with just three easy steps. The backside adhesive is integrated, and a junction box equipped with cables facilitate the procedure of installing, and is completed in just less than an hour. Installation is simple, together with the film's ability to be flexible, offers a myriad of opportunities for retrofitting buildings as well as installing solar systems into buildings in which traditional solar panels are not practical.

Future and possible developments

Untapped possibilities for the generation of solar energy using solar films is huge. The surfaces that were previously inaccessible to solar panels, like constructions with weak static load-bearing capacity, curving surfaces or other materials that cannot be damaged, could now be used to generate energy. Heliatek hopes to convert any building into a net-zero energy structure that is powered through renewable energy sources.

The future for solar films will also bring further advances in the integration of glass. With a multitude of windows that are installed each year across the world The potential for integrating solar-powered glass into products is enormous. The integration does not just generate energy but also helps reduce the buildup of heat in buildings providing a versatile solution.

Pricing information

At present, pricing details available for HeliaSol, HeliaFilm, and M170's solar film are not available to the public. The costs of these new solar products will likely be contingent on the magnitude of the installation as well as the requirements specific to the proposed project. Potential customers are advised to reach out to the companies for more detailed information on pricing according to their specific requirements.

#solar #solarpanels #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts

Solar film could be the flexible and scalable future of solar power

The need for sustainable energy has led to the development of solar film as an alternative to conventional solar panels. These innovative technologies are rapidly growing throughout Europe and has companies such as Heliatek (Germany) in addition to Solar Cloth (France) at the forefront of. Contrary to traditional solar panels solar film offers a degree of adaptability and flexibility which was not previously possible and represents a major advancement in technology for solar.

Heliatek's HeliaSol and HeliaFilm

Heliatek is an German brand that was established in the year 2017 introduced HeliaSol a thin, flexible solar film that resembles the appearance of a sticker. It is simple to set up and suitable to be used on a variety of surface types, including school buildings as well as wind turbines. It has the capacity to generate as much as 85 watts for every square meter. It also boasts the most small carbon footprint at less than 10 grams CO2e/kWh.

HeliaSol employs organic photovoltaics (OPV) technology in which sunlight is converted to electric energy by semiconducting materials. The overall layer of organic material is less than one millimeter in size, which is the reason for HeliaSol's distinctive features.

After HeliaSol, Heliatek also released HeliaFilm it is a stick-on roll of film that is able to stick to various surfaces such as concrete, glass, or metal. Heliatek is looking at innovative ways to use HeliaFilm specifically with glass, through exploring the color and transparency of. HeliaFilm could change the way glass is used by adding solar functions, thus aiding in energy generation as well as the reflection of heat into the construction industry.

The solar film M170 from Solar Cloth

Solar Cloth, a French firm, has designed the M170 solar-absorbing film which is a 0.5mm thick material that can produce 170 watts for every square millimeter. The M170 utilizes CIGS (Copper, Indium, Gallium and Selenium) technology that is known for its effectiveness and recycling of materials. This has allowed Solar Cloth to achieve a 17.2 percentage yield for an unrolled textile base which is a major advancement in photovoltaic materials. The M170's ability to adapt to different types of surfaces, such as round ones, make it an ideal solution for numerous application.

Efficient and sustainable in the environment

Solar films offer a cleaner alternative to conventional solar solutions. HeliaSol For instance, it is a lot greener than standard silicon-based solar panels, and has the carbon footprint being under 10 g of CO2e/kilowatt-hour. It is a better option for sustainability compared to fossil fuels like coal. Organic substances and recycled materials for solar film further improves their ecological credentials.

Installation and application

Installation is simple and easy to install an important benefit of solar film. HeliaSol can, for example, can be fitted to many substances, such as concrete, steel, as well as glass, with just three easy steps. The backside adhesive is integrated, and a junction box equipped with cables facilitate the procedure of installing, and is completed in just less than an hour. Installation is simple, together with the film's ability to be flexible, offers a myriad of opportunities for retrofitting buildings as well as installing solar systems into buildings in which traditional solar panels are not practical.

Future and possible developments

Untapped possibilities for the generation of solar energy using solar films is huge. The surfaces that were previously inaccessible to solar panels, like constructions with weak static load-bearing capacity, curving surfaces or other materials that cannot be damaged, could now be used to generate energy. Heliatek hopes to convert any building into a net-zero energy structure that is powered through renewable energy sources.

The future for solar films will also bring further advances in the integration of glass. With a multitude of windows that are installed each year across the world The potential for integrating solar-powered glass into products is enormous. The integration does not just generate energy but also helps reduce the buildup of heat in buildings providing a versatile solution.

Pricing information

At present, pricing details available for HeliaSol, HeliaFilm, and M170's solar film are not available to the public. The costs of these new solar products will likely be contingent on the magnitude of the installation as well as the requirements specific to the proposed project. Potential customers are advised to reach out to the companies for more detailed information on pricing according to their specific requirements.

#solar #solarpanels #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts

Solar film could be the flexible and scalable future of solar power

The need for sustainable energy has led to the development of solar film as an alternative to conventional solar panels. These innovative technologies are rapidly growing throughout Europe and has companies such as Heliatek (Germany) in addition to Solar Cloth (France) at the forefront of. Contrary to traditional solar panels solar film offers a degree of adaptability and flexibility which was not previously possible and represents a major advancement in technology for solar.

Heliatek's HeliaSol and HeliaFilm

Heliatek is an German brand that was established in the year 2017 introduced HeliaSol a thin, flexible solar film that resembles the appearance of a sticker. It is simple to set up and suitable to be used on a variety of surface types, including school buildings as well as wind turbines. It has the capacity to generate as much as 85 watts for every square meter. It also boasts the most small carbon footprint at less than 10 grams CO2e/kWh.

HeliaSol employs organic photovoltaics (OPV) technology in which sunlight is converted to electric energy by semiconducting materials. The overall layer of organic material is less than one millimeter in size, which is the reason for HeliaSol's distinctive features.

After HeliaSol, Heliatek also released HeliaFilm it is a stick-on roll of film that is able to stick to various surfaces such as concrete, glass, or metal. Heliatek is looking at innovative ways to use HeliaFilm specifically with glass, through exploring the color and transparency of. HeliaFilm could change the way glass is used by adding solar functions, thus aiding in energy generation as well as the reflection of heat into the construction industry.

The solar film M170 from Solar Cloth

Solar Cloth, a French firm, has designed the M170 solar-absorbing film which is a 0.5mm thick material that can produce 170 watts for every square millimeter. The M170 utilizes CIGS (Copper, Indium, Gallium and Selenium) technology that is known for its effectiveness and recycling of materials. This has allowed Solar Cloth to achieve a 17.2 percentage yield for an unrolled textile base which is a major advancement in photovoltaic materials. The M170's ability to adapt to different types of surfaces, such as round ones, make it an ideal solution for numerous application.

Efficient and sustainable in the environment

Solar films offer a cleaner alternative to conventional solar solutions. HeliaSol For instance, it is a lot greener than standard silicon-based solar panels, and has the carbon footprint being under 10 g of CO2e/kilowatt-hour. It is a better option for sustainability compared to fossil fuels like coal. Organic substances and recycled materials for solar film further improves their ecological credentials.

Installation and application

Installation is simple and easy to install an important benefit of solar film. HeliaSol can, for example, can be fitted to many substances, such as concrete, steel, as well as glass, with just three easy steps. The backside adhesive is integrated, and a junction box equipped with cables facilitate the procedure of installing, and is completed in just less than an hour. Installation is simple, together with the film's ability to be flexible, offers a myriad of opportunities for retrofitting buildings as well as installing solar systems into buildings in which traditional solar panels are not practical.

Future and possible developments

Untapped possibilities for the generation of solar energy using solar films is huge. The surfaces that were previously inaccessible to solar panels, like constructions with weak static load-bearing capacity, curving surfaces or other materials that cannot be damaged, could now be used to generate energy. Heliatek hopes to convert any building into a net-zero energy structure that is powered through renewable energy sources.

The future for solar films will also bring further advances in the integration of glass. With a multitude of windows that are installed each year across the world The potential for integrating solar-powered glass into products is enormous. The integration does not just generate energy but also helps reduce the buildup of heat in buildings providing a versatile solution.

Pricing information

At present, pricing details available for HeliaSol, HeliaFilm, and M170's solar film are not available to the public. The costs of these new solar products will likely be contingent on the magnitude of the installation as well as the requirements specific to the proposed project. Potential customers are advised to reach out to the companies for more detailed information on pricing according to their specific requirements.

#solar #solarpanels #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts

Solar film could be the flexible and scalable future of solar power

The need for sustainable energy has led to the development of solar film as an alternative to conventional solar panels. These innovative technologies are rapidly growing throughout Europe and has companies such as Heliatek (Germany) in addition to Solar Cloth (France) at the forefront of. Contrary to traditional solar panels solar film offers a degree of adaptability and flexibility which was not previously possible and represents a major advancement in technology for solar.

Heliatek's HeliaSol and HeliaFilm

Heliatek is an German brand that was established in the year 2017 introduced HeliaSol a thin, flexible solar film that resembles the appearance of a sticker. It is simple to set up and suitable to be used on a variety of surface types, including school buildings as well as wind turbines. It has the capacity to generate as much as 85 watts for every square meter. It also boasts the most small carbon footprint at less than 10 grams CO2e/kWh.

HeliaSol employs organic photovoltaics (OPV) technology in which sunlight is converted to electric energy by semiconducting materials. The overall layer of organic material is less than one millimeter in size, which is the reason for HeliaSol's distinctive features.

After HeliaSol, Heliatek also released HeliaFilm it is a stick-on roll of film that is able to stick to various surfaces such as concrete, glass, or metal. Heliatek is looking at innovative ways to use HeliaFilm specifically with glass, through exploring the color and transparency of. HeliaFilm could change the way glass is used by adding solar functions, thus aiding in energy generation as well as the reflection of heat into the construction industry.

The solar film M170 from Solar Cloth

Solar Cloth, a French firm, has designed the M170 solar-absorbing film which is a 0.5mm thick material that can produce 170 watts for every square millimeter. The M170 utilizes CIGS (Copper, Indium, Gallium and Selenium) technology that is known for its effectiveness and recycling of materials. This has allowed Solar Cloth to achieve a 17.2 percentage yield for an unrolled textile base which is a major advancement in photovoltaic materials. The M170's ability to adapt to different types of surfaces, such as round ones, make it an ideal solution for numerous application.

Efficient and sustainable in the environment

Solar films offer a cleaner alternative to conventional solar solutions. HeliaSol For instance, it is a lot greener than standard silicon-based solar panels, and has the carbon footprint being under 10 g of CO2e/kilowatt-hour. It is a better option for sustainability compared to fossil fuels like coal. Organic substances and recycled materials for solar film further improves their ecological credentials.

Installation and application

Installation is simple and easy to install an important benefit of solar film. HeliaSol can, for example, can be fitted to many substances, such as concrete, steel, as well as glass, with just three easy steps. The backside adhesive is integrated, and a junction box equipped with cables facilitate the procedure of installing, and is completed in just less than an hour. Installation is simple, together with the film's ability to be flexible, offers a myriad of opportunities for retrofitting buildings as well as installing solar systems into buildings in which traditional solar panels are not practical.

Future and possible developments

Untapped possibilities for the generation of solar energy using solar films is huge. The surfaces that were previously inaccessible to solar panels, like constructions with weak static load-bearing capacity, curving surfaces or other materials that cannot be damaged, could now be used to generate energy. Heliatek hopes to convert any building into a net-zero energy structure that is powered through renewable energy sources.

The future for solar films will also bring further advances in the integration of glass. With a multitude of windows that are installed each year across the world The potential for integrating solar-powered glass into products is enormous. The integration does not just generate energy but also helps reduce the buildup of heat in buildings providing a versatile solution.

Pricing information

At present, pricing details available for HeliaSol, HeliaFilm, and M170's solar film are not available to the public. The costs of these new solar products will likely be contingent on the magnitude of the installation as well as the requirements specific to the proposed project. Potential customers are advised to reach out to the companies for more detailed information on pricing according to their specific requirements.

#solar #solarpanels #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts

Solar film could be the flexible and scalable future of solar power

The need for sustainable energy has led to the development of solar film as an alternative to conventional solar panels. These innovative technologies are rapidly growing throughout Europe and has companies such as Heliatek (Germany) in addition to Solar Cloth (France) at the forefront of. Contrary to traditional solar panels solar film offers a degree of adaptability and flexibility which was not previously possible and represents a major advancement in technology for solar.

Heliatek's HeliaSol and HeliaFilm

Heliatek is an German brand that was established in the year 2017 introduced HeliaSol a thin, flexible solar film that resembles the appearance of a sticker. It is simple to set up and suitable to be used on a variety of surface types, including school buildings as well as wind turbines. It has the capacity to generate as much as 85 watts for every square meter. It also boasts the most small carbon footprint at less than 10 grams CO2e/kWh.

HeliaSol employs organic photovoltaics (OPV) technology in which sunlight is converted to electric energy by semiconducting materials. The overall layer of organic material is less than one millimeter in size, which is the reason for HeliaSol's distinctive features.

After HeliaSol, Heliatek also released HeliaFilm it is a stick-on roll of film that is able to stick to various surfaces such as concrete, glass, or metal. Heliatek is looking at innovative ways to use HeliaFilm specifically with glass, through exploring the color and transparency of. HeliaFilm could change the way glass is used by adding solar functions, thus aiding in energy generation as well as the reflection of heat into the construction industry.

The solar film M170 from Solar Cloth

Solar Cloth, a French firm, has designed the M170 solar-absorbing film which is a 0.5mm thick material that can produce 170 watts for every square millimeter. The M170 utilizes CIGS (Copper, Indium, Gallium and Selenium) technology that is known for its effectiveness and recycling of materials. This has allowed Solar Cloth to achieve a 17.2 percentage yield for an unrolled textile base which is a major advancement in photovoltaic materials. The M170's ability to adapt to different types of surfaces, such as round ones, make it an ideal solution for numerous application.

Efficient and sustainable in the environment

Solar films offer a cleaner alternative to conventional solar solutions. HeliaSol For instance, it is a lot greener than standard silicon-based solar panels, and has the carbon footprint being under 10 g of CO2e/kilowatt-hour. It is a better option for sustainability compared to fossil fuels like coal. Organic substances and recycled materials for solar film further improves their ecological credentials.

Installation and application

Installation is simple and easy to install an important benefit of solar film. HeliaSol can, for example, can be fitted to many substances, such as concrete, steel, as well as glass, with just three easy steps. The backside adhesive is integrated, and a junction box equipped with cables facilitate the procedure of installing, and is completed in just less than an hour. Installation is simple, together with the film's ability to be flexible, offers a myriad of opportunities for retrofitting buildings as well as installing solar systems into buildings in which traditional solar panels are not practical.

Future and possible developments

Untapped possibilities for the generation of solar energy using solar films is huge. The surfaces that were previously inaccessible to solar panels, like constructions with weak static load-bearing capacity, curving surfaces or other materials that cannot be damaged, could now be used to generate energy. Heliatek hopes to convert any building into a net-zero energy structure that is powered through renewable energy sources.

The future for solar films will also bring further advances in the integration of glass. With a multitude of windows that are installed each year across the world The potential for integrating solar-powered glass into products is enormous. The integration does not just generate energy but also helps reduce the buildup of heat in buildings providing a versatile solution.

Pricing information

At present, pricing details available for HeliaSol, HeliaFilm, and M170's solar film are not available to the public. The costs of these new solar products will likely be contingent on the magnitude of the installation as well as the requirements specific to the proposed project. Potential customers are advised to reach out to the companies for more detailed information on pricing according to their specific requirements.

#solar #solarpanels #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts

Solar film could be the flexible and scalable future of solar power

The need for sustainable energy has led to the development of solar film as an alternative to conventional solar panels. These innovative technologies are rapidly growing throughout Europe and has companies such as Heliatek (Germany) in addition to Solar Cloth (France) at the forefront of. Contrary to traditional solar panels solar film offers a degree of adaptability and flexibility which was not previously possible and represents a major advancement in technology for solar.

Heliatek's HeliaSol and HeliaFilm

Heliatek is an German brand that was established in the year 2017 introduced HeliaSol a thin, flexible solar film that resembles the appearance of a sticker. It is simple to set up and suitable to be used on a variety of surface types, including school buildings as well as wind turbines. It has the capacity to generate as much as 85 watts for every square meter. It also boasts the most small carbon footprint at less than 10 grams CO2e/kWh.

HeliaSol employs organic photovoltaics (OPV) technology in which sunlight is converted to electric energy by semiconducting materials. The overall layer of organic material is less than one millimeter in size, which is the reason for HeliaSol's distinctive features.

After HeliaSol, Heliatek also released HeliaFilm it is a stick-on roll of film that is able to stick to various surfaces such as concrete, glass, or metal. Heliatek is looking at innovative ways to use HeliaFilm specifically with glass, through exploring the color and transparency of. HeliaFilm could change the way glass is used by adding solar functions, thus aiding in energy generation as well as the reflection of heat into the construction industry.

The solar film M170 from Solar Cloth

Solar Cloth, a French firm, has designed the M170 solar-absorbing film which is a 0.5mm thick material that can produce 170 watts for every square millimeter. The M170 utilizes CIGS (Copper, Indium, Gallium and Selenium) technology that is known for its effectiveness and recycling of materials. This has allowed Solar Cloth to achieve a 17.2 percentage yield for an unrolled textile base which is a major advancement in photovoltaic materials. The M170's ability to adapt to different types of surfaces, such as round ones, make it an ideal solution for numerous application.

Efficient and sustainable in the environment

Solar films offer a cleaner alternative to conventional solar solutions. HeliaSol For instance, it is a lot greener than standard silicon-based solar panels, and has the carbon footprint being under 10 g of CO2e/kilowatt-hour. It is a better option for sustainability compared to fossil fuels like coal. Organic substances and recycled materials for solar film further improves their ecological credentials.

Installation and application

Installation is simple and easy to install an important benefit of solar film. HeliaSol can, for example, can be fitted to many substances, such as concrete, steel, as well as glass, with just three easy steps. The backside adhesive is integrated, and a junction box equipped with cables facilitate the procedure of installing, and is completed in just less than an hour. Installation is simple, together with the film's ability to be flexible, offers a myriad of opportunities for retrofitting buildings as well as installing solar systems into buildings in which traditional solar panels are not practical.

Future and possible developments

Untapped possibilities for the generation of solar energy using solar films is huge. The surfaces that were previously inaccessible to solar panels, like constructions with weak static load-bearing capacity, curving surfaces or other materials that cannot be damaged, could now be used to generate energy. Heliatek hopes to convert any building into a net-zero energy structure that is powered through renewable energy sources.

The future for solar films will also bring further advances in the integration of glass. With a multitude of windows that are installed each year across the world The potential for integrating solar-powered glass into products is enormous. The integration does not just generate energy but also helps reduce the buildup of heat in buildings providing a versatile solution.

Pricing information

At present, pricing details available for HeliaSol, HeliaFilm, and M170's solar film are not available to the public. The costs of these new solar products will likely be contingent on the magnitude of the installation as well as the requirements specific to the proposed project. Potential customers are advised to reach out to the companies for more detailed information on pricing according to their specific requirements.

#solar #solarpanels #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts

Hitch-mounted tent rolls out and inflates to allow higher-level camping

In the field of camping outdoors, new technology constantly alters how adventurers are able to experience the wild. One example of this, that initially seemed doubtful of its efficacy, is the hitch-mounted car tent. The idea, which was once thought to be unattainable is now undergoing significant evolution and improvements. In particular, international brand Thule as well as other tinkerers have been working hard to create alternatives to the conventional rooftop tent (RTT).

U-rang, a start-up, comes into the space with a distinct version of it's Hitch Home. It is a folding inflatable tent for two people that is packed in a tough wooden box with wheels that can be attached to the vehicle's hitch. It claims to have a set-up that takes as little as 3 minutes. It it can be taken off of the hitch to allow vehicles to be moved around on camping trips.

One of the primary issues U-rang address is the issues caused by tents with roofs. It is a matter of having to take the tent down for use on the road and aerodynamic issues and the difficulty of using the sunroof, as well as the difficulties of getting to an elevated tent from the ground. For example, think of nighttime bathroom breaks.


The Hitch Home is a unique approach to hitch-mounted tents by using an inflatable structure to make it easier for assembly and removal. In contrast to a backpacking tent that is lightweight the Hitch Home is able to be kept in a massive container with wheels, making it easier to transportation. It can be stored in the garage or transfer it to their 2 in Class III vehicle hitch to secure the attachment as well as transport.

On the camping site at the campsite, the tent unfurls from its storage box and is set the tent on top as well as a collapsible support stand. Inflation, that includes the air mattress as well as an air tube frame is done in just a few minutes thanks to the pump that comes with it.

The need to separate a frame for the tent's support appears to be an error in the design. It is possible to integrate the tent frame that includes the tent positioned on the unclosed lid of the storage box, and having adjustable-length legs that fold for support, may provide a more efficient, integrated concept. U-rang includes spring-extension legs at the bottom of the box. This suggests the possibility of the creation of a more integrated system.

The present style that is used in Hitch Home is currently in its design. Hitch Home has several separate elements that must be installed separately depending on the weather. They include a weatherproof roofing fly and fly wall and a front awning as well as an all-weather "shelter" for enhanced weather security. The modular design makes it difficult to setting up process during bad conditions, and makes it more like pitching a ground tent rather than an easier setup for an outdoor tent, which generally comes with pre-installed rain flies or roofs with hardshells.

U-rang has two variants of its Hitch Home: a 77-lb (35-kg) model for two people as well as one that weighs 99 pounds (45-kg) version for four people. Its pledge levels on Kickstarter for these versions start at $2,000 or $3,190 respectively and there are a variety of kits to choose from in accordance with the type of protection you want.

Even with the new approach the Hitch Home's ROI is doubtful. It's comparable to rooftop tents with regard to the price, but takes more time in putting up an equivalent level in weather protection. In the event that you're unable to get past the price, and non-detachable quality of roof tents, conventional ground tents, perhaps raised with a cot may be an affordable alternative.

But, the Kickstarter community appears to be embracing this concept of Hitch Home, with the campaign having already surpassed the $10,000 target well in advance of the deadline. There are still 51 days to go U-rang has a plan to start deliveries before July. They hope to offer supporters with the Hitch Home experience before the end of the camp season.

In the end, U-rang's Hitch Home represents an interesting innovation in the world of camping gear. It aims to fix some of the weaknesses of roof tents by offering an inflatable, hitch-mounted alternative. Although its style and price will not please everyone but it does add to the range of options that outdoor enthusiasts have, in keeping with the evolving design of camping gear as well as the constant pursuit of ease and performance in outdoor pursuits.

#camping #travel #adventure #technology #cooltechnology #newtechnology #coolinventions #futuristic #futuretechnology #innovativeproducts