Fly-By-Wire for Homebuilt Aircraft?
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FROM the LEFT SEAT Len Alt, President
Volume 07 - 05 May 2007 FROM THE LEFT SEAT Len Alt, President Spring greetings. With the good weather finally arrived I hope you are all getting in some great flights. Below see Dave Riedel enjoying the evening air above Warrenton Air Park in his new PPG Quad, the latest addition to the long list at WAP of strange contraptions that will fly. With the great weather comes a welcome increase in flying activity at the Air Park. As we begin the new flying season let’s take a minute to focus on safety in all we do, on the ground as well as in the air. We’ll have more aircraft moving in the skies and over the ground. At the Air Park we have a wide range of aircraft types, with very different operating characteristics, speeds, and takeoff and landing procedures. Please be extra careful of the other guy, especially since in many cases the other guy at Warrenton Air Park is a relatively new pilot with limited experience. If you see someone doing something unsafe, take a minute to discuss it with them and point out a better procedure. If you would prefer not to do that, contact me and I will speak with the other guy and keep your name out of it. You may find out the other pilot was not aware of the hazard created and appreciates the heads up. Thanks to Mel Bearns and Jim Birnbaum for arranging a tour of the FAA Air Traffic Control Center at Vint Hill on May 6th at 11:00 A.M. -
Leonard Milholland's Legal Eagle
Vol.3 No.12 I December 2014 The Spirit of Homebuilt Aviation I www.eaa.org A Piel Beryl A vintage homebuilt The Determinator Klaus Savier’s experimental test bed Meet the Legal EagleUltralight or homebuilt fun! TOWER FREQUENCY The Pelton family and their Cessna 195: Jack, Rose, Christine, Ryan, and Christy with grandsons Noah and little Owen. Help Give the Gift of Flight BY JACK J. PELTON ALL RESEARCH SHOWS that a majority of us who fl y have a family We have done our best to pass on our values and passions member who is also a pilot or is deeply involved in aviation in and traditions to our kids and grandkids, and experiencing per- some other capacity. It could be a parent, grandparent, aunt or sonal aviation is a big part of that. Actually going fl ying is an uncle, or even a more distant relative. But the link is solid. important part of that tradition, but so is telling aviation stories, Families have been very successful at passing down the excite- reliving the experiences we have had over the years, and even ment and challenge of personal aviation. passing on the tales from earlier generations. Shared experi- But what about people who are not born into an aviation ences, shared traditions, and shared interests are what bond family? How can we best show them the great joy and feeling families and any other group of humans together. of accomplishment we all draw from personal aviation? EAA To keep the EAA family and what it means to all of us going, can be a big part of that solution. -
Bing 54 Carb Update
AIRCRAFT ENGINES SERVICE LETTER RUNNING MODIFICATIONS ON CARBURETORS FOR ROTAX® 2-STROKE UL AIRCRAFT ENGINES SL-2ST-005 Repeating symbols: Please, pay attention to the following symbols throughout this document emphasizing particular information. ▲ WARNING: Identifies an instruction, which if not followed, may cause serious injury or even death. ■ CAUTION: Denotes an instruction which if not followed, may severely damage the engine or could lead to suspension of warranty. ◆ NOTE: Information useful for better handling. 1) Planning information 1.1) Engines affected: - all 2-stroke UL aircraft engines 1.2) Concurrent ASB/SB/SI and SL Further to this Service Letter the following additional Service Instruction must be observed and complied with: - SI-07-1995 current issue 1.3) Reason Owing to continious development and the standardization of carburetors a number of modifications have been introduced. 1.4) Subject - Running modification on carburetors for ROTAX® 2-stroke UL aircraft engines. 1.5) References In addition to this technical information refer to the current issue of: - Operator´s Manual (OM) - Installation Manual (IM) - Maintenance Manual (MM) - Illustrated Parts Catalog (IPC) - all relevant Service Instructions (SI) 1.6) Interchangeability of parts - All parts are interchangeable 2) Material Information 2.1) Material - cost and availability Price and availability will be supplied on request by ROTAX® Authorized Distributors or their Service Center. 2.2) Material volume ◆ NOTE: Introduction of the various modifications into serial production started with the following engine numbers: - ROTAX 447 UL: from S/N 3,940.675 - ROTAX 503 UL: from S/N 4,795.201 - ROTAX 582 UL: from S/N 4,656.088 - ROTAX 582 UL mod. -
DISCLAIMER ACCEPTANCE Every Effort Is Made to Ensure That the Information Provided Is Accurate and up to Date
Kodiak Research Ltd 09/21/2015 Home Rotax Products Support Rotax Technical Documentation Customer Login DISCLAIMER ACCEPTANCE Every effort is made to ensure that the information provided is accurate and up to date. However, there is an inherent risk in the use of ROTAX® engines in aircraft and in the operation of aircraft generally. The operator of any type of aircraft powered by ROTAX® engines assumes any and all risk relating to such use. Accordingly, use of the information herein is at the user's risk and Kodiak disclaims any responsiblity for any errors or omissions. In the event that you have any questions or concerns whatsoever with regard to any information herein, further assistance is available from your nearest Kodiak Authorized Independent Service Centre as described herein. I Accept This Disclaimer > http://kodiakbs.com/disclaimer[9/21/2015 2:35:34 PM] Kodiak Research Ltd 09/21/2015 Rotax Products Rotax 4-Stroke Engines New Rotax 915 iS Rotax 912 iS Sport Rotax 912 ULS Rotax 912 UL Rotax 914 UL Rotax 2-Stroke Engines Rotax 582 Rotax Accessories Rotax Accessories 912 iS Sport Rotax Accessories 912 UL Rotax Accessories 912 ULS Rotax Accessories 914 UL Rotax Accessories 582 Support Rotax Engine Registration iService and iRepair Centre Rotax Engines Training Rotax Technical Documentation Copyright © 1999 - 2015 Kodiak Research Ltd. Nassau, Bahamas. Authorised Distributor of ROTAX© Aircraft Engines ROTAX® is the registered trademark of BRP-Powertrain GmbH & Co KG http://kodiakbs.com/disclaimer[9/21/2015 2:35:34 PM] Kodiak Research Ltd 09/21/2015 Home Rotax Products Support Rotax Technical Documentation Customer Login Learn More PRODUCTS Rotax aircraft engines appeal to aviation enthusiasts because they offer outstanding performance, continued reliability and best power to weight ratio in its class. -
Davis BW Denney Kitfox, G-FOXC
Davis BW Denney Kitfox, G-FOXC AAIB Bulletin No: 5/99 Ref: EW/C98/10/6 Category: 1.3 Aircraft Type and Registration: Davis BW Denney Kitfox, G-FOXC No & Type of Engines: 1 Rotax 582 two-stroke piston engine Year of Manufacture: 1991 Date & Time (UTC): 31 October 1998 at 1230 hrs Location: Near Elie, Fife Type of Flight: Private Persons on Board: Crew - 1 - Passengers - 1 Injuries: Crew - None - Passengers - None Nature of Damage: Failed crankshaft and substantial damage to the engine Commander's Licence: Private Pilot's Licence Commander's Age: 38 years Commander's Flying Experience: 340 hours (of which 64 were on type) Last 90 days - 22 hours Last 28 days - 9 hours Information Source: AAIB Field Investigation The aircraft was flying from Perth to East Fortune. As the aircraft was crossing the Firth of Forth, the pilot (who was also the owner) noticed a smell of burning. He immediately carried out a 180° turn to head back to land, reducing power from 5,400 to 4,000 RPM and aimed for Sorbie airfield. Descending through 3,700 feet the engine stopped abruptly so the pilot selected a suitable field into which he was able to perform a safe landing into wind, with no further incident. Examination after the landing showed that the crankshaft had failed and had then penetrated the engine casing. The engine was removed from the aircraft and, after the engine was dismantled, the failed crankshaft items were sent to the AAIB for further investigation (Figure 1 shows the failed item, next to an intact crankshaft from a later Rotax 582 engine). -
September - October 2013
publication agreement number 40050880 September - October 2013 Recreational Aircraft Association Canada www.raa.ca The Voice of Canadian Amateur Aircraft Builders $6.95 From The President’s Desk Gary Wolf WINNIPEG CHAPTER FLIGHT INITIATIVE of the non-critical work necessary to Rick Riewe, Winnipeg is in healthy It is no secret that the average pilot age bring the plane up to snuff, and within shape. is increasing, largely because younger a short time there was a nice Cessna generations cannot free up the money 150 that RAA members may use for PROP STRIKE REGS it takes to fly a plane. There is plenty $20 per hour plus fuel. CAR 605.88 is a wide ranging regula- of interest but until the kids have been tion that covers abnormal occurrences, put through school and the mortgage and a prop strike is abnormal, no has been buried, it is difficult to justify It is no secret that matter how lightly it has hit some- spending for pilot training and aircraft the average pilot age thing. The wording is firm and clear: ownership. (1) No person shall conduct a take-off Last year Jill Oakes, our Manitoba is increasing, largely in an aircraft that has been subjected Regional Director, organized some because younger to any abnormal occurrence unless the seven hundred women to take their generations cannot free aircraft has been inspected for damage first aircraft flights. Next step was to in accordance with Appendix G of the get many of them through ground and up the money it takes Aircraft Equipment and Maintenance flight school to gain their licenses. -
Safety Spot Dec 2018
Safety Spot KNEE-JERK REACTIONS, TAILPIPES, JABIRU Safety Spot FLYWHEELS AND By Malcolm McBride SEAT HARNESSES The latest LAA Engineering topics and investigations eason’s Greetings and welcome to this yuletide edition of Safety Spot. I hope that you (and yours) remain in good form and that, whilst reflecting on 2018, the emotions generated remain essentially positive. We can’t, after all, Smoan about the weather this year can we? Months of warmth, just about enough rain to keep the farmers happy and not too much wind – though in my case, the wind always seemed to be blowing the wrong way. True, flying members of the LAA have had their fair share of misadventure but, even if the list might just be a tad longer this year, this more-likely reflects an increasing acceptance that reporting failures has to be a good idea so more of you are putting pen to paper. Even though putting one’s hand up to an error can be difficult, well done to those of you who have shared the details of their misadventure for the benefit of aviation community at large. Another difficult thing to do, from a continuing airworthiness management perspective, is working out just what should happen after a report of a failure is received here at Engineering HQ. It’s easy to build automaticity into a response loop, but simple cause-effect programmes might look good from an often target-driven management perspective, but they may have little overall effect on fleet safety. Care is needed in deciding what an appropriate response might be – a knee-jerk happens before a signal is received by the brain. -
CEE Rotax MAX Challenge Special Technical Regulation 2018 (The Technical Regulations 2018 Replace the Technical Regulations 2017)
CEE Rotax MAX Challenge Special Technical Regulation 2018 (The Technical Regulations 2018 replace the Technical Regulations 2017) 1. General 1.1. Categories 125 Micro Max 125 Mini Max 125 Junior MAX 125 MAX 125 MAX DD2/Masters 1.2. Amount of equipment For each RMC race event (from qualifying practice to the final) following maximum amount of equipment is allowed: 1 chassis 1 sets of dry tires + 1 spare tire wet tires are free number of pieces 2 engines 2. Equipment 2.1. Chassis 125 Micro MAX According to the valid Rotax regulations and CIK-FIA specifications with the following additions Should satisfy the CIK-FIA regulations. The use of chassis elements corresponding to CIK-FIA specifications is mandatory. ONLY homologue MINI 950 +/-15mm chassie can be used. 2.2. Chassis 125 Mini MAX Should satisfy the CIK-FIA regulations. The use of chassis elements corresponding to CIK-FIA specifications is mandatory. ONLY homologue 1040 +/-15mm chassie can be used. 2.3. Chassis 125 Junior MAX and 125 MAX For national RMC's any chassis sanctioned by an authorized Rotax distributor is allowed. Maximum diameter of rear axle = 50 mm, minimum wall thickness according to CIK-FIA rules. At IRMCE and RMCGF chassis with a valid CIK-FIA homologation only are allowed. Any brake system must have a valid CIK-FIA homologation. Front brakes are not allowed In the 125 Junior MAX and 125 MAX. 2.4. Chassis 125 MAX DD2/Masters For all national RMC, IRMCE and the RMCGF 125 MAX DD2/Masters classes, chassis approved by Rotax only (see http://www.rotax - kart.com/Max - Challenge/MAXC hallenge/Approved-Chassis-125- MAXDD2) are allowed to be used. -
Fly Safely! Table of Contents
All of us at TEAM sincerely hope you enjoy your TEAM aircraft. The United States Ultralight Association can help you enjoy your aircraft or ultralight by keeping you informed about current events in our community. If you have never flown an ultralight or ultralight type vehicle, take advantage of the experience of USUA Flight Instructors and receive proper training or check ride. Ensure your ability to get years of safe and enjoyable flying. TEAM strongly supports the United States Ultralight Association. We urge you to become a member of the USUA and participate in the pilot and vehicle registration programs they offer. Especially if this is your first venture into aviation, the wealth of information available from the USUA is time and time again well worth being a member. USUA P.O. BOX 667 FREDERICK, MD 21705 Ph: 301-695-9100 or call TEAM or your Dealer for details. Other helpful resources: EAA P.O. BOX 3086 OSHKOSH, WI 54903 Federal Aviation Administration P.O. BOX 25082 OKLAICITY, OK 73125 FLY SAFELY! TABLE OF CONTENTS CHAPTER PAGE 1 SPECIFICATIONS 1030R, 1100R, 1200Z 5 1300Z, 1400Z, 1500R 6 1550V, 1600R, 1650R, 1700R 7 2. DESCRIPTION General Configuration 8 Structure 8 Controls 8 Engines 9 3. OPERATING LIMITATIONS MAX-103 11 MINIMAX, ZMAX 12 HiMAX 12 VMAX&EROS 13 Instruments 14 Documents 14 Placards 14 Instrument Markings 15 4. NORMAL PROCEDURES Preflight 16 Engine Starting 17 Pre-Take Off 17 Take Off 18 Landing 18 Securing Aircraft 18 5. EMERGENCY PROCEDURES Engine Failure 19 Spin Recovery 19 TABLE OF CONTENTS 6. MAINTENANCE AND PERIODIC INSPECTION Engine 20 Propeller 20 Airframe 21 Covering 21 APPENDICES A. -
Glastar Gary Wolf
July - August 2007 Recreational Aircraft Association Canada www.raa.ca The Voice of Canadian Amateur Aircraft Builders $6.95 Jim Dadson's Glastar Gary Wolf RAA AGM and Chapter 85 FLY-IN because someone leaked confiden- no wiggle room here. Three Eastern and two BC RAA tial information to the press. RAA directors made their way to Chapter Canada lobbied for access to this Light Sport - Success 85’s fly-in, where the chapter hosted vital information, and asked that it A lot of Canadians came back the 2007 RAA AGM. The members be made available to all pilots. The from Oshkosh impressed with the were friendly, the events were well CADORS are once again available number and quality of Light Sport organized and well attended, and online, and this time even to the aircraft on offer. Cessna’s new we all enjoyed the weekend. The general public. Privately owned plane was released, and sold nearly business meeting took place in the aircraft have their idents removed 600 during the week. This number Chapter 85 clubhouse at Delta Air- from the reports, and there is a dis- is now 700 and climbing. The sales park, and the Western members claimer that all reports are prelimi- success will mean a revolution in had direct input into the operations nary and unconfirmed. You may flight training in the US. Further, of RAA Canada. We sent out a call choose the national report, or if you LAMA (Light Aircraft Manufac- for a webmaster, and it looks as if wish to collect stats, you may do a turers’ Association) is doing what someone from BC might be taking search using a keyword for various I have been requesting of our over this position. -
The Avenger Easy to Build, Fun to Fly!
The Avenger Fisher Flying Products is proud to offer the Avenger to ultralight and light plane builders and flyers. The ultralight/light plane industry has lost sight of the original impetus for the movement of “Low Cost Flying.” The Avenger was designed to be both attractive and inexpensive from the very first drawing. Fisher has kept the larger pilot in mind, making the Avenger capable of accommodating a pilot up to 6’4”tall and 270 pounds. The kit contains all the materials needed to complete the airframe except: engine, engine mount, instruments, pilot restraints, and paint. All wood is cut dimensionally and all plywood is cut to shape. Metal parts are ready for installation. The construction is all wood using a Warner Truss frame with 1/8 birch ply skins yielding the lightest, strongest fuselage available. Kits feature premolded fibre-glass cowling and molded windshield with canopy for cold weather flying. Full sized plans are included in each kit. Easy to build, fun to fly! The Avenger kit was laid out from the beginning with the first time builder in mind. Just like assembling a large model airplane, most parts are precisely cut to the correct size. Each part is numbered with the corresponding numbers on the prints. In about 300 fun and exciting hours you should have your Avenger assembled, covered, and ready to paint. With a 26-50 hp two stroke (the Avenger) or a 65 hp VW (the Avenger V), the plane shows spectacular performance on takeoff, climb, and cruise. The Avenger is quite stable for hands off flying while maintaining light control pressure with good control response. -
August 2017 16 Need Breaking Occasionally
Don’t forget to socialize There are a number of benefits to mixing in a group of people who share the same interests or requirements. In this case I’m obviously talking about our club, but it works for many other aspects in life as well. I know that life would have been far more difficult if we hadn’t been in contact with other parents of special needs children too. Or sharing information with owners of other similar aircraft or cars. In CRAC’s case the benefits, for me, have included absorbing the general attitude to flight safety and ‘doing the job correctly’. Once a pilot is past the requirement to take an instructor along for every flight we run the risk of imposing our own idiosyncrasies or simply forgetting some processes. I’ve mentioned it before as an example, but you only have to look at the number of drivers who forget how to use a turn signal after they finish their training. If you fly with a group of CRAC pilots (in my experience anyway), you’ll always hear great radio calls and position reports, and be exposed to some very good airmanship. Other benefits, however, are just plain good fun. We had the CRAC Mid-winter meal a few days ago as I write this, and it was very poorly attended. Admittedly the venue and times had changed since it was first announced, and it was in the middle of some fairly extreme weather, but it was thoroughly enjoyable. The food was great and the company was even better.