Tag Archives: aircraft

AMATEUR-BUILT FATAL ACCIDENT TOTAL DROPS AGAIN

Posted on by

EXPERIMENTAL, AMATEUR-BUILT FATAL ACCIDENT TOTAL DROPS AGAIN, BELOW FAA NOT-TO-EXCEED GOAL

Fatal accident – Continues decade-long improvement in safety

EAA AVIATION CENTER, OSHKOSH, Wisconsin — (November 17, 2020) — Safety totals for experimental amateur-built aircraft continued the decade-long improvement trend in 2020, as fatal accident totals finished below the Federal Aviation Administration not-to-exceed number for the 12 months ending September 30, 2020.

Over the 12-month period from October 1, 2019, through September 30, 2020, which mirrors that federal government fiscal year, total fatal accidents in experimental aircraft dropped more than 15 percent from the previous year, to 44 total fatal accidents including 32 in amateur-built aircraft – an 18 percent drop. The 44 fatal accidents were eight percent below the FAA’s not-to-exceed number of 48 for Fiscal Year 2020.

“This is outstanding news as far as the continuing trend of lower accident totals in experimental category and amateur-built aircraft, especially as total flight hours increased over the past 12 months,” said Sean Elliott, EAA’s vice president of advocacy and safety. “The FAA continues to challenge our community by lowering the not-to-exceed number each year and we have met that challenge over the past decade, as we have seen fatal accident totals drop by nearly 40 percent for both experimental and amateur-built aircraft over the past decade.”

As a comparison, experimental category fatal accidents totaled 73 for the yearlong period ending on September 30, 2011, with 51 of those in amateur-built aircraft. Along with the amateur-built subcategory, the FAA’s experimental category includes other aircraft groups such as experimental/exhibition, experimental/light-sport aircraft, and research-and-development aircraft, among others.

The drop in experimental category accidents mirrors and, in some cases, exceeds the decline in overall general aviation fatal accidents over the past decade. Elliott noted that the overall fatal accident numbers for experimental category aircraft remain much lower than other recreational pursuits, such as boating and driving all-terrain vehicles.

EAA has worked closely with the FAA and NTSB on recommendations to reduce fatal accidents, including through participation in the FAA General Aviation Joint Steering Committee. Efforts have also included thousands of copies of the EAA Flight Test Manual now in the hands of amateur-built aircraft owners and the increasing use of an additional safety pilot during initial flight testing in amateur-built aircraft. Other safety initiatives ranging from regular safety webinars and the annual Founders Innovations Prize have also put the spotlight on safety for experimental category aircraft.

“While we are seeing already very small numbers, the continual emphasis on safety for all of us can never be overstated,” Elliott said. “This is a trend that must continue as we pursue ever-higher levels of safety. We must focus on training, safety enhancements, and good pilot skills to complement the ever-improving technology in today’s aircraft cockpits.”

Beech Skipper?

Posted on by

What do you think of the Beech Skipper?

Beech Skipper

From a reader – “I am not a pilot yet. Not even a student pilot. I want to start flying lessons sometime later this year.  I am thinking about buying a plane and then receive instructions in it.  After some research, I am inclined towards buying a Beech Skipper.  The plane was only produced from 1979 -1981. What do you think of the Skipper?”

Buying is good.

Well to start, buying an aircraft to learn in, is a great way to go… if you know you like the aircraft before you buy it. The Beech Skipper is a nice trainer, and a comfortable run around aircraft.  While it might not be a great cross-country traveler, it can be used for that if you have the time.  It look’s like only about 350 of the aircraft were built, so production and finding a good one might be an issue.

Fly more than one.

First, I would make sure you fly in a number of different aircraft before you settle on the Skipper.  Many new pilots buy an aircraft and after the first few hours realize they really would rather have a different model.  I would start my lessons and get hours in a few of the different aircraft available.  Cessna, Piper, Beech and many others all have advantages or disadvantages.

Insurance?

From the insurance angle, buying your own aircraft and buying insurance is not a problem if you stay away from complicated (complex), high performance or very expensive aircraft.  The underwriters do not want to put student pilots in aircraft that will increase their chances for claims.

Typically, insurance rates will be about the same for the similar models of trainers.  I would guesstimate that a zero hour, student pilot could insure a trainer for under $1,200.  That number is based on a $20,000 hull value, two seats, fixed, tri-gear, and all metal trainer.  A Cessna 150 would probably be a little less than the Skipper, mainly because of the numbers of aircraft that the underwriters have experience with.

EAA SKILLSCORE 2.0

Posted on by

EAA SKILLSCORE 2.0 PILOT PROFICIENCY TRACKER OFFERS MORE TOOLS TO ENHANCE FLYING SKILLS

More detailed information immediately available to pilots

EAA AVIATION CENTER, OSHKOSH, Wisconsin — (July 30, 2020) — The newly enhanced 2.0 version of the SkillScore Tracker from the Experimental Aircraft Association has expanded technology that makes more detailed information available so pilots can gauge their flying proficiency and take steps to enhance their skills.

The EAA SkillScore Tracker was introduced at EAA AirVenture Oshkosh 2019 as the first resource that allows pilots to measure flying proficiency on an EAA web portal or their mobile devices. Using data generated by the CloudAhoy mobile app, pilots can track flying consistency and stability. Using this data, the EAA SkillScore Tracker will generate a comprehensive, personalized and confidential SkillScore, confirming a pilot’s overall strengths or need for additional work. This resource is available to all EAA members.

“The success of the SkillScore Tracker over its first year allowed EAA and CloudAhoy to further develop and evolve the technology to provide even more valuable information for pilots,” said Radek Wyrzykowski, EAA’s manager of flight proficiency. “The goal with this enhanced information is building proficiency and safety for all aviators by suggesting areas of improvement.”

Instead of a single overall score that measures pilot proficiency, SkillScore 2.0 has individual results for specific skill and areas of activity that include:

  • Quality of flight (encompassing such factors as stability of landing approach, maintaining altitude in straight-and-level flight and turns, and quality of FAA-standard maneuvers such as steep turns)
  • Number of takeoffs and landings within the last 90 days
  • Number of flights with a flight instructor
  • Time spent in the air

“Tracking and measuring in an organized manner means that every flight is an even better opportunity for pilots to improve their skills,” Wyrzykowski said. “When coupled with CloudAhoy’s standard app, EAA SkillScore Tracker is the best way to track your progress, without the time and expense of unnecessary effort, so you can continually build your abilities with every flight.”

While the EAA SkillScore Tracker is free to all EAA members, CloudAhoy also offers more in-depth and detailed analysis for premium account holders.

More information about the EAA SkillScore Tracker is available at EAA.org/Proficiency. It is part of EAA Proficiency365TM, where pilots can develop and refine skills that make them a better, safer pilot. EAA Proficiency365TM also features IMC Clubs and VMC Clubs for local flying groups, EAA Virtual Flight Academy, flight planning tool marketplace, and information about the Pilot Proficiency Center pavilion featured each year at EAA AirVenture Oshkosh including in a virtual way in 2020 during EAA’s Spirit of Aviation Week.