Aerodynamic and deflectable roof fairing attachment for tractor-trailer vehicles
In some embodiments, a system and/or method may include a fairing system for vehicles. The fairing system may include a roofing extender. The roofing extender may be couplable rearward of a roof of a vehicle. In some embodiments, a frontward portion of the roofing extender may be coupled to the roof of the vehicle such that the roofing extender pivots, at the frontward portion, relative to the roof of the vehicle. In some embodiments, a rearward portion of the roofing extender may be coupled to the vehicle with a resilient member which allows the roofing extender to pivot relative to the roof of the vehicle within a specified range as needed before returning to set start point. In some embodiments, the roofing extender functions to adjust airflow over the roof of the vehicle.
1. A fairing system for vehicles, comprising:
a roofing extender couplable rearward of a roof of a vehicle, wherein a frontward portion of the roofing extender is coupled to the roof of the vehicle such that the roofing extender pivots, at the frontward portion, relative to the roof of the vehicle, wherein a rearward portion of the roofing extender is coupled to the vehicle with one or more resilient members which allow the roofing extender to pivot relative to the roof of the vehicle within a specified range as needed before returning to set start point;
wherein the roofing extender functions to adjust airflow over the roof of the vehicle.
2. The fairing system of claim 1 , wherein the roofing extender functions to adjust airflow over the roof of the vehicle and an area between the vehicle and a trailer coupled to the vehicle.
3. The fairing system of claim 1 , wherein the roofing extender improves, during use, airflow between the vehicle and the trailer such that an efficiency of a temperature regulation mechanism associated with the trailer is improved by adjusting an airflow adjacent the temperature regulation mechanism.
4. The fairing system of claim 1 , wherein the one or more resilient members comprise a spring.
5. The fairing system of claim 1 , wherein the one or more resilient members comprise a damper.
6. The fairing system of claim 1 , further comprising an adjustment mechanism coupled to the rearward portion of the roofing extender, wherein the adjustment mechanism adjusts a distance between the rearward portion of the roofing extender and a plane within which the roof of the vehicle lies.
7. The fairing system of claim 1 , further comprising an adjustment mechanism coupled to the roofing extender, wherein the adjustment mechanism adjusts an angle between the roofing extender and the roof of the vehicle, wherein the adjustment mechanism comprises a power source and a control system such that the angle is adjusted in an automated fashion.
8. The fairing system of claim 1 , wherein the roofing extender comprises one or more bushings positioned between the roofing extender and the roof of the vehicle.
9. The fairing system of claim 1 , wherein there is an opening between the roofing extender and the roof of the vehicle allowing air to flow through the opening during use.
10. The fairing system of claim 1 , wherein the roofing extender comprises two or more portions which move independently of one another.
11. A fairing system for vehicles, comprising:
a roofing extender couplable frontward of a roof of a vehicle, wherein a rearward portion of the roofing extender is coupled to the roof of the vehicle such that the roofing extender pivots, at the rearward portion, relative to the roof of the vehicle, wherein a frontward portion of the roofing extender is coupled to the vehicle with one or more resilient members which allows the roofing extender to pivot relative to the roof of the vehicle within a specified range as needed before returning to set start point;
wherein the roofing extender functions to adjust airflow over the roof of the vehicle.
12. The fairing system of claim 11 , wherein the roofing extender functions to adjust airflow over the roof of a first vehicle and an area between the first vehicle and a second vehicle connected thereto.
13. The fairing system of claim 11 , wherein one or more of the resilient members comprises a spring.
14. The fairing system of claim 11 , wherein one or more of the resilient members comprises a damper.
15. The fairing system of claim 11 , further comprising an adjustment mechanism coupled to the frontward portion of the roofing extender, wherein the adjustment mechanism adjusts a distance between the frontward portion of the roofing extender and a plane within which the roof of the vehicle lies.
16. The fairing system of claim 11 , further comprising an adjustment mechanism coupled to the roofing extender, wherein the adjustment mechanism adjusts an angle between the roofing extender and the roof of the vehicle, wherein the adjustment mechanism comprises a power source and a control system such that the angle is adjusted in an automated fashion.
17. The fairing system of claim 11 , wherein the roofing extender comprises one or more bushings positioned between the roofing extender and the roof of the vehicle.
18. The fairing system of claim 11 , wherein there is an opening between the roofing extender and the roof of the vehicle allowing air to flow through the opening during use.
19. The fairing system of claim 11 , wherein the roofing extender comprises two or more portions which move independently of one another.
20. A fairing system for vehicles, comprising:
a roofing extender couplable rearward of a roof of a vehicle, wherein a frontward portion of the roofing extender is coupled to the roof of the vehicle such that the roofing extender can be deflected relative to the roof of the vehicle, wherein a portion of the roofing extender is coupled to the vehicle with one or more resilient members which bias the roofing extender to a non-deflected position;
wherein the roofing extender functions to adjust airflow over the roof of the vehicle.