Pilot Proficiency and Regulations
USHPA Recommended Operating Limitations
As a newly certified Novice (P2) pilot, you should avoid flying in thermals with average climb rates exceeding 200 feet per minute until you fully understand the associated dangers. The recommendation emphasizes the importance of gradually building experience and skills before venturing into more challenging conditions.
Wind Limitations for Novice Pilots
The maximum base wind you should launch in is 12 mph, with gusts no higher than 15 mph and a gust rate of no more than 5 mph in 5 seconds. Understanding wind conditions and their impact on paragliding is crucial for safe launches and flights.
Federal Aviation Regulations (FARs)
Paragliders are classified as ultralight vehicles and must adhere to FAR Part 103. Understanding these regulations, including airspace classifications and visibility requirements, is essential for legal and safe flying.
Airspace Classifications
Familiarize yourself with different airspace classifications (Class A through G) and their associated rules. You should know which airspace areas require prior authorization and which ones are generally suitable for paragliding without specific permission.
Visibility and Cloud Clearance Requirements
When flying in Class E airspace below 10,000 feet MSL, you must maintain 3 statute miles of visibility and remain clear of clouds. Understanding these requirements helps ensure safe operations in controlled airspace.
Temporary Flight Restrictions (TFRs)
TFRs can be imposed with short notice to restrict flights over specific areas due to various reasons like presidential visits, national security concerns, or major events. It's important to be aware of TFRs and comply with them, as they apply to all aircraft, including paragliders.
Piloting Skills
Right of Way Rules
Understand right-of-way rules, especially in situations like ridge soaring and thermalling. The general principle is to give way to the pilot who has fewer options to maneuver safely.
Thermaling
When circling in a thermal, all pilots should turn in the same direction, typically determined by the first pilot in the thermal. The higher pilot generally has the right of way.
Maximizing Glide in Tailwind
When flying with a tailwind and unsure about reaching the landing area, fly at trim speed to maximize your glide distance.
Reserve Deployment Scenarios
Know when it's appropriate to throw your reserve parachute. Scenarios like being caught in strong rotor or experiencing a severe glider malfunction at low altitudes might necessitate reserve deployment.
Stalls
Understand that stalls can occur regardless of brake position, especially in situations with low ground speed or significant changes in airflow.
Flying Upwind
In a headwind, flying at trim speed or slightly faster with some speed bar will help you penetrate further upwind.
Initiating Turns in Thermals
Use a combination of weight shift and gentle brake input in the desired turn direction while maintaining some pressure on the opposite brake for coordinated turns.
Speed Bar Usage Near Landing
Avoid using the speed bar when landing, especially in nil-wind or tailwind conditions, as it can increase the risk of glider deflations and complicate landing.
Minimizing Accidental Stalls/Spins
Fly smoothly, avoid abrupt and deep brake inputs, and be mindful of your glider's flight characteristics and limitations.
Turning Near Terrain
Avoid performing 360-degree turns or attempting to climb close to the terrain, as it can lead to downwind drift, unexpected sink, or loss of control.
Steep Banked Turns
Exercise caution when performing steep turns with a lot of brake input, as it can increase the risk of spins or loss of control.
Locked-In Spirals
If you enter a spiral that doesn't show signs of recovery, throw your reserve parachute after a couple of rotations or sooner if you experience any signs of disorientation or blackout.
Canopy Certifications
Understand the different EN certification ratings for paragliders (A, B, C, D) and their implications for pilot skill and experience levels. Consult your instructor for guidance on choosing an appropriate glider.
Ridge Soaring in Crosswind
When ridge soaring in a crosswind with high ground speed, move away from the hill and maintain adequate airspeed to avoid the risk of stalling or being pushed downwind into the terrain.
UV Degradation
Paraglider fabric is susceptible to UV degradation, which can compromise its strength and safety over time. The extent of degradation depends on factors like sunlight exposure, fabric quality, and construction.
Landing Near Hazards
When landing near obstacles, avoid fixating on them. Instead, focus on your intended landing spot and maintain awareness of your airspeed and surroundings.
Crosswind Launches
In smooth, light winds on an open launch site, novice pilots should limit themselves to launching in crosswinds of no more than 10 degrees.
Glide Ratio and Distance Calculation
Understand how to calculate your potential glide distance based on your glider's glide ratio, altitude, wind conditions, and airspeed.
Stalls and Brake Position
Remember that stalls can happen regardless of brake position. Pay attention to your glider's behavior and other cues to anticipate and avoid stalls.
Asymmetric Collapses
If you experience an asymmetric collapse, prioritize maintaining a safe heading using weight shift and/or opposite brake. Avoid overcontrolling the glider.
Line Tangles
If your wingtip gets tangled in the lines, maintain heading control and try to clear the tangle using brakes or the stabilo line. If the situation worsens, consider throwing your reserve.
Speed Bar and Glide
Using the speed bar (within safe limits) in still air will increase your glide distance but decrease your flight time compared to flying at trim speed.
Minimum Sink vs. Trim Speed
Flying at minimum sink will maximize your flight time but reduce your glide distance compared to flying at trim speed.
Spins vs. Spirals
Spin: One wing is stalled, rotating in a negative (backward) direction, resulting in rapid altitude loss.
Spiral: Both sides of the glider are flying in a positive (forward) direction, but the glider is in a steep banked turn with increasing speed.
Coordinated Turns
Use a combination of weight shift and progressive brake applications for smooth and coordinated turns.
High-Performance Gliders
These gliders are not suitable for novice pilots due to their increased sensitivity, demanding handling characteristics, and potential for more violent reactions to collapses or turbulence.
Wind Force Calculation
The force of the wind is calculated by squaring the wind speed. For example, a 10 mph wind has four times the force of a 5 mph wind.
Water Landings
If you must land in water, try to relax, stay with your glider until it stops, then release yourself from the harness and swim away from the glider and lines. Consider wearing a life jacket for added safety.
Ridge Soaring and Lift Band
If you're ridge soaring and struggling to penetrate forward despite gaining altitude, consider using speed bar (if appropriate for your skill level) to move away from the lift band and gain more forward speed.
Spin Recovery
The most appropriate initial response to a spin is to release brake pressure to un-stall the wing. Maintain good flying posture and be prepared to manage any subsequent deflations or heading issues.
Legal Flying Areas
You may fly your paraglider in uncontrolled airspace, but avoid flying over congested areas or within restricted airspace without proper authorization. Familiarize yourself with FAA airspace rules and regulations.
Sink Rate and Airspeed
Flying slower than minimum sink will decrease your airspeed but increase your sink rate, bringing you closer to a stall.
Big Ears
This maneuver reduces the wing's surface area and increases drag, resulting in a slower airspeed and a faster descent rate. You can still steer the glider using weight shift while holding the big ears.
Clearing Turns
Before initiating a turn, scan your surroundings in all directions to ensure it's safe to do so. Look in the direction of the turn as you begin it.
Reserve Parachute
It's generally recommended to carry a reserve parachute on most flights, except for low-altitude training flights where deployment might not be feasible.
Harness Waist Belt Width
The width of your harness' waist belt affects your control and stability. A narrower setting can increase the risk of riser twists during rotations like spins. Stay within the manufacturer's recommended adjustment range.
Launching in High Winds
Launching in stronger winds requires specific skills and techniques, including maintaining adequate airspeed and a higher angle of attack.
Getting Seated in Harness
The best time to get seated in your harness is after launching and establishing a safe heading in smooth air. Use a technique that allows you to maintain a positive connection with the glider throughout the process.
Landing with a Tailwind
If the wind switches to a tailwind during your final approach, be prepared for a faster ground speed. Fly at trim and execute an aggressive flare to minimize your landing speed. Be ready to run or slide upon touchdown if necessary.
Maximizing Glide in Lift/Sink
To maximize your glide distance in varying lift and sink, fly faster in sink and slower in lift.
Weather
Hazardous Flying Conditions
The presence of dark clouds, cumulus clouds taller than they are wide, and virga (rain that evaporates before reaching the ground) can all indicate potential hazards for paraglider pilots. These could include strong updrafts, downdrafts, turbulence, or even the possibility of thunderstorms.
Wind Assessment on Launch
The wind you feel at launch might not represent the wind conditions higher up the mountain or in the landing area. The wind at the top of the hill could be in a different direction or stronger, and there's a possibility of rotor or turbulence in between.
Mechanical Turbulence
This type of turbulence is caused by obstacles like trees, hills, or other aircraft disrupting the smooth flow of air. It's most commonly found downwind of these obstacles.
Changing Winds at Launch
If the winds at launch are switching 180 degrees and varying significantly in velocity without a clear pattern, it could indicate unstable weather conditions and a bad time to launch.
Haze Layer
A thick haze layer below you can affect flying conditions. Thermals might be weak or difficult to find, wind speed and direction could change below the haze layer, and there could be turbulence at the boundary between the clear air and the haze.
Risk Management and Safety
Safe Flying Conditions in Strong Winds
On windy days, safer flying conditions are more likely to be found on smaller, smoother hills with few obstructions. Large mountains or cliff sites can be more exposed to strong winds and turbulence.
First Flights at a New Site
When flying at a new site for the first time, prioritize smooth conditions, light or no thermal activity, and a simple flight plan. Choose a stable glider and gradually explore the site as you gain more experience.
Failed Launch Attempts
If you experience multiple failed launch attempts in strong conditions, it's crucial to step back and reassess. Wait for lighter conditions or consider not flying if the conditions exceed your skill level.
Landing in Trees
If you're forced to land in an area with many trees, prioritize protecting yourself. Aim for a dense, soft tree or bush to slow your descent and minimize the risk of injury.
Dangers of Big Ears
Be cautious when performing big ears, as there's a risk of accidentally pulling the wrong risers or experiencing reduced directional control and potential deflations.
Paragliding and Risk
Paragliding involves inherent risks, but these risks can be managed and reduced through proper training, equipment, and decision-making. Fly within your skill level and prioritize safety at all times.
Glider Certification Ratings
Higher-rated gliders are designed for more experienced pilots and can exhibit more dynamic behavior, requiring precise pilot input to recover from collapses or other flight events. Consult your instructor to choose a glider appropriate for your skill level.