Hall Bulldog (
26 in. / 66 cm
)
credit to JJ who scanned and submitted it to upload's Hall Bulldograre plans, credit to JJ who scanned and submitted for upload.AS THE YEAR 1932 started its march across the calendar, air racing enthusiasts around the nation and especially in the intensely air-minded city of Springfield, Massachusetts eagerly awaited the completion of the two most unusual race planes of that era. Hall BulldogBob Hall, who had recently split with the Granville Brothers of Gee Bee fame, decided to form his own new aircraft company at Bowles-Agawam Field across the Connecticut River from where the Granvilles had their shop. Bob Hall had originally served the Granvilles as chief engineer, test pilot and draftsman. But after a heated dispute with Zantford Granville over race plane design, he decided to go it alone and build his own speed planes. This new group would be known as Springfield Aircraft, Inc. With two firm orders in his hand, Bob Hall had leased a corner of the main hangar at Bowles Agawam Field where work began early in 1932 on the two never to be forgotten Hall racers. Work began almost simultaneously on the two speed planes. The first was built on order for Flank Lynch, a wealthy sportsman. Lynch expected to fly this high wing plane around the world in a record attempt. It was considerably the larger of the two Hall designs and seated two people in a staggered side by-side arrangement. As work progressed, Bob Hall turned his attention to the International Air Races at Niagara Falls New York which were to begin June 24, 1932. At 8:40 p.m. the evening before the big races were to begin at Niagara Falls, the two place aircraft took to the air for the first time with Bob Hall at the controls. Spectators commented that it resembled a giant moth as it flew through the twilight sky. Actually the new speed plane was intended to resemble an insect, in its paint scheme at least. 4 views of the Hall Bulldog It was painted green with cream and brown designs on its wings and fuselage patterned after the Cicada, a type of Mexican locust. To complete the picture, eyes were painted on the engine cowling. With these facts in mind, it is easy to see why the name "Cicada" would forever identify this aircraft. After its first test flight, which Hall considered a success, work continued on the ship late into the night. The morning of June 26th, Hall, bleary eyed from lack of sleep, flew the plane to Niagara Falls just in time for the final day of air racing. He had decided to race the "Cicada" at Niagara Falls just to see what the new speed plane could do in competition. The Niagara Falls Manufacturer's Trophy Race was the big event on the 26th. It was a fifty mile free-for-all race with a high cash purse plus a trophy. When all was said and done, Bob Hall flying the "Cicada" placed fourth. His comparatively poor showing can be attributed to several factors. First, the "Cicada" was not primarily a pylon racing plane nor was it completely finished. Second, Hall was certainly not in tip-top shape after the last minute rush, and probably did not do as good a job of piloting as he was normally capable of. Bob Hall then flew the "Cicada" home where he completed final details on the aircraft. It was then officially delivered to Frank Lynch who decided to enter the 1932 Bendix Trophy Race, in preparation for his round the world attempt. After considerable testing, Frank was forced to scratch his racer from the Bendix competition because of engine problems which could not be smoothed out in time for the start of the Bendix race. Determined that he would race the "Cicada" one way or the other, Frank Lynch hastily began the task of fitting his speedster with a new Wasp Jr. engine, hoping to at least get in some pylon racing at Cleveland. Hall BulldogAt this point in my story I would like to go back to early 1932 and the second race plane that Bob Hall was building under contract. It also was due to be finished in time to compete in the 1932 Cleveland Air Races that were to begin August 27th and run through September 5th. This second race plane designed and built by Bob Hall was a beautiful gull wing design. It was a single place speedster which was expected to be the equal of any other ship entered in the Cleveland National Air Races. This, of course, meant that an exciting rivalry was shaping up in Springfield between the Granvilles and the new Hall group. The new gull winged racer was built under contract for Marion Price Guggenheim of the New York family, well known for their support of all types of aeronautical activities. The contract stipulated that only Russell Thaw or a pilot designated by him, would be permitted to fly the new race plane. Young Thaw was known as the playboy of east coast society circles and worked as chief pilot for the Guggenheim family, flying a Lockheed Air Express and a Vega. Mrs. Guggenheim would later christen this new race plane the "Bulldog", in honor of the famed Yale University mascot. Hall chose the gull wing design because he thought it would produce longitudinal stability. He also designed a rather intricate exhaust system with pipes exiting at right angles to the air stream and flush with outer contours of the engine cowling . . . the theory being to create a low pressure area in the exhaust ports to better scavenge exhaust gases, thus increasing the volumetric efficiency of the supercharger. The engine was the same as mounted in the "Cicada", a P&W Wasp Jr., which developed 535 hp. Hamilton Standard made available to Hall one of their first handmade controllable pitch propellers for use on the "Bulldog". The wing span was 26 feet with a fuselage length of 19 feet. The racer was painted red and black with a white separator stripe and was assigned race No. 6 for the Cleveland races. As July slipped into August, feverish preparations were carried on by the Hall group to ready the "Bulldog" for the Cleveland Nationals. The schedule called for an early August test program before the racer would be turned over to Russell Thaw, the chosen race pilot. Hall Bulldog Hall held to his schedule and began the testing of the "Bulldog" early in August 1932. His speedy gull wing racer almost came to grief on its very first test flight. As he roared down the runway on his first take-off, the "Bulldog" started to roll to the left at about 10 feet of altitude. Hall cut the engine and got the wing up enough to clear the ground as it fell back to earth on its left wheel. Skillfully he brought the other wheel down and the airplane rolled to a stop. The excess shock caused the left tire to blow out with resulting damage to the wheel pants, which was easily repaired. The "Bulldog's" fin was then modified three times and the rudder four times, before Hall was satisfied with the ship's flight characteristics. This was because the gull wing was directionally destabilizing to a degree that Hall had not foreseen. While this was going on, the ejector exhaust system was removed because insufficient time remained to iron out various unforeseen details of heat expansion and contraction of various parts. Russell Thaw, the chosen race pilot, then got the chance to fly the "Bulldog". At the last minute Thaw expressed dissatisfaction with the airplane. He indicated that he probably would not fly the plane during the National Air Races after all. There was no indication of whether he would choose a substitute pilot or if Hall himself might fly the plane. Hall's associates were very disappointed over this sudden turn of events and it was hoped that money could be raised to repurchase the plane from Mrs. Guggenheim. The plane had been officially delivered to Thaw only a few hours before his decision to withdraw it from the races. Hall Bulldog Russell Thaw was quoted by newsmen as saying. "The ship is not my idea of a racer". He declined to elaborate on the statement and things were pretty much up in the air. Hall meanwhile flew the plane to Roosevelt Field to confer with Mrs. Guggenheim. He reportedly had managed to dig up enough money for the ship's repurchase. This did not transpire but at least he came away from the conference with permission to fly the plane himself in the Cleveland races. At least Hall would not be denied the chance to test his design against that of the Granville group in the famous Thompson Trophy Race. He had missed his chance to enter the Bendix race because of his lengthy conference with Mrs. Guggenheim. Meanwhile, Frank Lynch had just completed the installation of the new Wasp Jr. engine in his "Cicada" as Bob Hall arrived back at Bowles-Agawam Field with permission to fly the "Bulldog" at Cleveland. They had both missed the Bendix race, so with all due speed they climbed into their airplanes and headed for Cleveland and hopefully some good pylon racing. .Hall Bulldog At Cleveland preparations were getting underway for the Shell speed dashes, qualifying event for the famous Thompson Trophy Race. Much to everyone's delight, the Hall "Bulldog" and the Hall "Cicada" came in over the canvas-covered Brookpark Road fence, (the north boundary of the Cleveland Airport), and taxied up to the hangar line. Once in Cleveland the new engine on the "Cicada" began to act up and Lynch and his airplane were forced to sit out the entire Cleveland races. Bob Hall and the "Bulldog" fared much better as Hall qualified his racer at 243.717 mph in the Shell speed dash, which meant he would be a competitor in the Thompson race. The 1932 Thompson Trophy race would be 10 laps around a 10-mile course. It was flown on Monday afternoon, September 5th. The "Big Daddy" of closed-course air racing events drew eight contestants: Jimmy Doolittle in the Gee Bee R-1, Lee Gehlbach flying the Gee Bee R-2 Jimmy Wedell, Roscoe Turner and James Haizlip in their Wedell Williams Specials, Bob Hall in his red, black and white "Bulldog", Bill Ong in Howard's "Ike" and Ray Moore in the "San Francisco I". With a quick chop of the starter's flag and the boom of a mortar, the racers were off in a race-horse start. Hall BulldogHall was first off the ground and around the scatter pylon, but Doolittle in the Gee Bee R-1 passed him almost at once and began pulling away. In the second lap, Ray Moore dropped out with engine trouble and Hall fell back into sixth place. Jimmy Wedell moved up to second place, Turner third, Haizlip fourth, Gehlbach fifth and Ong brought up the rear. The race ended in that order. Jimmy Doolittle lapped the entire field at least once and roared over the finish line trailing smoke and pulling farther ahead with each revolution of the Gee Bee's eight foot prop. Doolittle's average speed, a new closed-course record, was 252.7 mph. Wedell in second place had 242.5 mph. Bob Hall placed sixth at 215.57 mph. Needless to say, he was a very disappointed young man. Once again the Granville brothers had proved their ideas for fast aircraft were correct. There was some conjecture, after the race, that the basic pitch settings on the experimental Hamilton Standard controllable pitch propeller on Hall's "Bulldog" did not permit the Wasp Jr. to develop peak power during the closed course Thompson event. Hamilton Standard, as well as Pratt and Whitney engineers, analyzing the "Bulldog's" sluggish performance were anxious to correct the horsepower shortage, but this never did come about. Hall Bulldong imagezA short time after the 1932 Cleveland Air Races a disappointed, disillusioned and disgusted Bob Hall dismantled the "Bulldog" so that it would never race again. Cleveland Model Supply, a well known Cleveland model airplane kit manufacturer acquired the cowling, wheel pants and ------------pit canopy, the only large pieces remaining after the aircraft was torn apart. These last remaining parts of the "Bulldog" were eventually donated to a scrap metal collection in Cleveland during World War II. The "Cicada" on the other hand met a different fate. After sitting out the 1932 Cleveland races, Frank Lynch flew his racer back to Bowles-Agawam airport where it was to be gone over in preparation for future competition. A short time later after some minor reworking, Frank Lynch climbed into the ------------pit for a routine test flight. But as it turned out, this would be the last flight for both Frank Lynch and the "Cicada". For as the "Cicada" roared down the runway and became airborne, it suddenly veered from its line of flight and clipped a corner of a hangar top, crashed and burned as horrified spectators watched in disbelief. Link to this page: https://aerofred.com/details.php?image_id=103012 |
| Details: | Full Details |
| ID: | 103012 |
| File Size: | 1.8 MB |
| Type: | Airplane |
| Class: | Radio-Control |
| Use: | Racing |
| Motor: | Gas-Powered |
| Motor Size: | More-Than-4200-Watt (4-Strokes) |
| Wingspan: | 26 in. / 66 cm |
| Publisher: | credit to JJ who scanned and submitted it to upload |
| Magazines: | More at RCBookcase |
| Designer: | Vern E Clements |
| Date: | 01/1987 |
| Weight: | 4 lb. |
| Material: | Various-Wood-Types |
| Listing Editor: | Marcdeklerk |
| Added: | 26/08/2020 13:28 |
| Updated: | 28/05/21 08:32:56am |
| Corrections? | Contact Marcdeklerk |
| Need Help? | Forum |
| Filetype: .pdf | Software for .pdf files |
Because AeroFred.com is not just a site to grab some plans. We are a community of modelers from around the world sharing plans with each other, plans are stored on a user account, he will be able to control all the plan details, the plan comments, help others with building tips, provide hobby related services and even accept donations from other members. So, why not register?
There are lots of interesting site features and 24652 R/C plans available for download.
| Plan Attributes: Edit Attributes | |
| Plan ID: | 103012 |
| Keywords: | bulldog hall halls |
| Class: | Radio-Control |
| Model Type: | Airplane |
| Aircraft Use: | Racing |
| Wingspan: | 26 in. / 66 cm |
| Wingspan Class: | 50cm-To-75cm (20in-To-30in) |
| Wing Position: | High-Mounted-Wing |
| Wing Style: | Straight-Wing-Rect |
| Wing Dihedral: | Dihedral |
| Landing Gear: | Taildragger |
| Motor Type: | Gas-Powered |
| Motor Size: | More-Than-4200-Watt (4-Strokes) |
| Number of Motors: | 1-Tractor |
| Weight: | 4 lb. |
| Weight Class: | More-Than-4000g (141oz) |
| Material: | Various-Wood-Types |
| Construction Skills: | Expert |
| Pilot Skills: | Expert |
| Publisher: | credit to JJ who scanned and submitted it to upload |
| Magazines: | More at RCBookcase |
| Date: | 01/1987 |
| Designer: | Vern E Clements |
| Restorer: | JJ |
| First Scan: | JJ |
| Category: | PDF Bitmap Wood Plans from Magazines |
| Similar: | Plans like Hall Bulldog |
| File Details: | |
| Date: | 26/08/2020 13:28 |
| Views: | 13497 |
| Downloads: | 636 |
| Rating: | 4.09(11Votes) |
| File size: | 1.8 MB |
| File Details: | |
| Date: | 26/08/2020 13:28 |
| Views: | 13497 |
| Downloads: | 636 |
| Rating: | 4.09(11Votes) |
| File size: | 1.8 MB |
This calculator will work on pdf and image format files, if the file is very large, 5 or even 10 Mb it will take longer to process the plan file, it may finish even after the button animation stops spinning, please be patient when calculating larger files.
What are you ordering:
You are ordering a print from the main PDF file in this listing, it´s exactly like taking this file in a thumb drive to a local print shop and ask them to make a print.About the plan source:
You should verify if the source file has the quality for the type of construction you intend to do, we will print the file without any kind of enhancement or scaling. To know if the file is good please download it and open it on a pdf viewer like Adobe pdf viewer and set the view level or zoom level to 100% or 1:1 or full scale or actual size, depending on which version or pdf viewer you are using. Also, using the measuring tool make sure all the parts fit together and have the correct size.Plans Scaling:
We can scale this plan for you. But please keep in mind that if this plan is not vector, if you enlarge it too much the quality will be degraded.You will receive:
About our printers:
We use professional quality laser OCÉ and Canon printers/copiers, these printers use toner, not ink so the printings will be durable and waterproof.About the different media types:
Bond Paper: White Bond paper, 80 grams per square meter.Pricing:
We charge by print length (914mm or 91,4cm or 36in. by the length of the print)Packaging:
We will use paper or waxed paper padded envelopes for folded plans and hard cardboard tubes with plastic ends for rolled plans, depending on your choice.Shipping:
We ship from Portugal, Europe and use the reliable Portuguese mail system CTT.Postage:
We charge according to the ctt.pt postage table.Discount Coupons:
Discount coupons are valid from 3 to 30 days after purchase, you can use them any number of times you like but only once per item order.Returns:
Please keep in mind that when you order a plan it will be printed specifically for you, just like when you go to a local print shop.Payments:
Orders can be paid with Paypal or Credit Card via Paypal and are shipped to the address on your Paypal account or to the address you set at checkout.About the Calculator:
The Plans Price Calculator will read the plan file and output all the information on the panel to the right according to the selected options, you can change the options and request a new quote at any time.3D printing allow us to design not only complete airplane models but also parts to complete balsa, foam or even composite model airplanes.
Parts can be designed and printed to fit exactly a model you have or a model you plan to build, even if you are not building this model to the full size plan.
3D Printing, and 3D CAD allow us to create the actual parts to fit on our models but also allow us to create negative molds where we can make composite parts.
I´m adding this service to all the plan listings on the site knowing that not every part you imagine or need can be done, knowing this, jobs will be evaluated case by case and a price estimate will be given on request.
It is possible to design a complete model for you but keep in mind that this is a lengthy process, many hours are needed to design and test a fully 3D Printed model. The finished model cannot have the same internal structure of the wooden made counterpart because it wouldn´t be possible to print it, it would have to have a structure like the models you can see in the 3D Printed Kits section of the site.
From the outside they are very loyal to the plan but still they have to be printed in sections, typically to fit a 250X210X200 mm cube that is the printer maximum build volume.
3D Printed planes are also heavier than light balsa models, all built up and ready to fly, with an electric power system they are generally a little lighter than the same model if it were powered by a glow engine. Please have a look at the 3D Printed kits section to have an idea on this.
I will calculate a price upon request, please contact me here mentioning this PlanID: 103012 and the job you wish me to do.
| Name | Span | Class | Type | Use | Power | Publisher | Designer | Date |
| Bristol Bulldog ID:80023 | 516.0 KB |
33.5 in. / 85.1 cm | Free-Flight | Airplane | Fighter | Diesel-Powered | Aeromodeller | Peter J. Allnut | 07/1960 |
| Bristol Bulldog ID:79973 | 3.1 MB |
18 in. / 45.7 cm | Free-Flight | Airplane | Fighter | Rubber-Band-Powered | Comet Models | --- | 01/1936 |
| Bristol Bulldog ID:102513 | 446.2 KB |
34 in. / 86.4 cm | Free-Flight | Airplane | Fighter | Diesel-Powered | Aeromodeller | P.J Allnutt | 07/1960 |
| Bulldog ID:101915 | 40.6 KB |
20 in. / 50.8 cm | Free-Flight | Glider | Sport | --- | Model Builder | William Langenberg | 09/1980 |
| Bulldog 2 ID:80022 | 1.8 MB |
36 in. / 91.4 cm | Free-Flight | Airplane | Fighter | Rubber-Band-Powered | --- | --- | --- |
| Halls Bulldog ID:103013 | 3.2 MB |
39 in. / 99.1 cm | Free-Flight | Airplane | Pylon-Racer | Gas-Powered | Thanks to JJ | Vern Clements | 01/1987 |
| Hells Belle ID:81865 | 243.9 KB |
60 in. / 152.4 cm | Free-Flight | Airplane | Sport | Diesel-Powered | Aeromodeller | Vic Smeed | 08/1951 |
AeroFred.com is a Plans Sharing Community, not just a website to grab some plans.
Every day thousands of modelers visit us and download free model airplane and boat plans, plans shared by other modelers...
If you have plans that are not here please upload them, so others can build from them.
Please login first
