**The Germ Falcon: A New Frontier in Airborne Disease Prevention**
In the ongoing battle against airborne diseases, a new technology has emerged that aims to revolutionize the way we travel. The Germ Falcon is designed specifically for the interior of an airplane, and its innovative design is poised to change the face of air travel forever.
The Germ Falcon is built in the footprint of a flight attendant's food and drink cart and features wings that reach out over the seats and under the overhead bins. Its interior is lined with ultraviolet UVC lights, strategically positioned to deliver high doses of these powerful germ-killing rays to all commonly touched surfaces on an airplane. This targeted approach ensures that even the most vulnerable areas are protected from the spread of disease.
**The Science Behind Ultraviolet Germ Killing**
So, how do light-based disinfecting technologies work? Consider the sun's rays and their impact on our skin. The same principle applies to ultraviolet light, which is capable of killing a wide range of pathogens, including bacteria, viruses, and superbugs. UVC lights, like those used in the Germ Falcon, emit a high-energy spectrum that is effective against airborne diseases.
In hospitals, UVC lights have been used for years to disinfect surfaces and kill pathogens. However, their use on airplanes presents unique challenges. Unlike chemical disinfectants, which can be flammable and require special handling, UV light-based technologies offer a safer, more efficient alternative.
**The Challenges of Disinfecting Airplanes**
Chemical disinfectants are commonly used in hospitals to sanitize surfaces, but they have limitations when it comes to airplane interiors. These chemicals can be highly flammable and may damage the flame-retardant coatings on surfaces. Moreover, most chemical disinfectants require well-ventilated areas for effective use, which is not feasible in an airplane cabin.
To disinfect an airplane effectively, one must leave the surface visibly wet for a minimum of 10 seconds to kill bacteria. However, this approach is impractical and time-consuming, especially on a crowded flight where every minute counts. The Germ Falcon's UV light technology offers a more efficient solution, allowing it to deliver high doses of UVC light to all surfaces in a matter of minutes.
**The Role of the Germ Falcon**
The Germ Falcon is just one example of how ultraviolet germ killing technology is being applied to prevent airborne diseases. In hospitals, companies like Dimer are deploying autonomous UV disinfecting robots to tackle the spread of disease. These robots have been deployed in over 50 countries and are being tested in Florida.
Dimer's own unit, called the UV Hammer, is designed for use in operating rooms and patient rooms, providing a safe and effective solution for hospital disinfection. The company also offers a handheld UVC device called the UV Blue Eye, which is designed to provide an additional layer of protection against airborne pathogens.
**A Household Solution on the Horizon**
While the Germ Falcon may not be available for purchase just yet, Dimer's CEO has hinted at plans to release a household unit in the near future. This development would bring UVC light-based disinfection technology to the masses, allowing individuals to protect their homes and families from airborne diseases.
The good news is that germs in our own households are often benign, and it's unlikely that they pose a significant threat to our health. However, when we travel, especially on crowded airplanes, we're more vulnerable to airborne pathogens. The Germ Falcon represents a bold step forward in protecting us against these threats.
**Surviving and Thriving in the Age of Social Distancing**
As we navigate the challenges of social distancing, it's essential to stay informed and take proactive steps to protect ourselves and our loved ones. Whether it's using the Germ Falcon on your next flight or taking simple precautions at home, every effort counts in the fight against airborne diseases.
If you have tips for surviving and thriving in these strange times, we'd love to hear them! Let us know in the comments below as we continue to navigate this new normal together. Thanks for watching, and we'll see you next time!