The 1924 Alexander Swallow was a modified OX-5 Laird Swallow as the first Alexander product (c/n 1). Designed by Daniel Noonan, it was purchased from Nicholas Beazley Co and reportedly modified, although any major changes are not apparent in photos.
Engines – Power
Alexander Sedan / Cabin Cruiser
The 1927 Sedan, or Cabin Cruiser, was designed by George De Bell as a high-wing monoplane. First flying on 10 December 1927, only the one was built; NX6380 c/n 1 or B-1.
Flown a few times, but the project was abandoned because of poor performance. The plane was stored, finally sold in 1939 for $150 and converted into a resort concession as “the world’s fastest hot-dog stand.”
Engine: 220hp Wright J-5
Wingspan: 52’0″
Useful load: 1890 lb
Range (est): 1000 mi
Seats: 8
Arrow Sport A2 / Sport 60 / Sport 66 / Sport 90 Tangerine

Designed by Swen Swanson and John B Moore in 1929, the side-by-side cockpit Sport A2, or Sport 60 (ATC 115 and priced at $2,945) was also available with 90hp LeBlond 5F as Sport 90, priced at $3,945.
About 100, including Sport Pursuit.
In 1931 for 85hp LeBlond 5DF powered Sport 66 Tangerine (or Sport 85) N516Y received ATC 2-342
Sport A2 / Sport 60
Engine: 60hp LeBlond 5D
Wingspan: 25’10”
Length: 19’3″
Useful load: 446 lb
Max speed: 98 mph
Cruise: 85 mph
Stall: 30 mph
Seats: 2
Sport 66 / Sport 85
Engine: 85hp LeBlond 5DF
Seats: 2
Sport 90 Tangerine
Engine: 90hp LeBlond 5F
Useful load: 459 lb
Max speed: 105 mph
Cruise: 90 mph
Stall: 32 mph
Range: 280 mi
Huet, Grazzioli et Lombardini 1913 monoplane
The 1913 Huet, Grazzioli et Lombardini monoplane was designed by Huet, and built by Huet, Grazzioli and Lombardini in France.
Henkel-Albatros Taube

The 1913 Henkel-Albatros “Taube” monoplane was designed and built by Henkel Company in Germany
Heinrich Model D

The 1913 Heinrich Model D monoplane was designed and built by Albert and Arthur Heinrich in the USA
Curtiss CS

The Curtiss CS (or Model 31) was a reconnaissance and torpedo bomber aircraft used by the United States Navy during the 1920s. It was a large single-engine biplane with single-bay unstaggered wings, the design conventional in all respects other than that the lower wing was of greater span than the upper. The CS was built to allow its undercarriage to be quickly and easily interchangeable between wheeled, tailskid undercarriage, and twin pontoons for operation from water. Provision for the carriage of a torpedo was semi-recessed into the underside of the fuselage, blended in behind an aerodynamic fairing. The pilot and gunner sat in tandem open cockpits, while accommodation inside the fuselage was provided for a third crewmember who served as bombardier and radio operator. This station was also provided with a dorsal hatch aft of the gunner’s position, and a ventral blister aft of the torpedo recess, which was used for aiming bombs or torpedoes.
Curtiss produced six CS-1 prototypes for the Navy in 1923, which were mostly used for engine tests. Two examples of the improved CS-2 were built the following year and set a number of world speed, distance, and endurance records for seaplanes in its class. The Navy ordered both the CS-1 and CS-2 into production, but when Curtiss tendered with a price of $32,000 per aircraft, Martin undercut them with a tender of $25,200 for each CS-1 and $19,863 for each CS-2 and won the contract. Curtiss refused to provide full sets of drawings and data to Martin, so Martin-built machines were in part reverse-engineered from a Curtiss-built CS-1 provided by the Navy. By the time the Martin-produced aircraft were delivered in 1925–26, the Navy’s designation system had changed, and they entered service as the SC-1 and SC-2. Martin-built SC-2s suffered from poor handling characteristics and soon earned the nickname “Sea Cow”. Meanwhile, the Naval Aircraft Factory made extensive modifications to the two Curtiss CS-2s leading them to be redesignated CS-3. Further development of the design was carried out by Martin as the T3M and T4M, and eventually by Great Lakes as the TG.
In 1924, the CS-2 was used to break numerous world records for seaplanes in its class in three long-range flights. The first of these took place overnight between 22 and 23 June, when Lt Frank Wead and Lt John D. Price set five records – distance (963.123 mi, 1,544.753 km), duration (13 hours, 23 minutes, 15 seconds), speed over 500 km (73.41 mph, 117.74 km/h), speed over 1,000 km (74.27 mph, 119.12 km/h) and speed over 1,500 km (74.17 mph/118.96 km/h). Between 11 and 12 July, the same pilots broke the distance and duration records again (994.19 mi/1,594.58 km over 14 hours, 53 minutes, 44 seconds). On October 10, these same two records were exceeded by Lt Andrew Crinkley and Lt Rossmore Lyon in a flight of 1,460 miles (2,350 km) in 20 hours, 28 minutes. While these would have been new world records, the flight was not officially timed and was therefore not recognized as such.
On 23 October 1925, the U.S. Navy brought 23 CS-1 floatplanes to Bay Shore Park on the Chesapeake Bay, 14 miles (23 km) from Baltimore, Maryland, with the intention of flying them in an air show demonstration before the 1925 Schneider Cup Race on 24 October. Due to bad weather, the race was postponed until 26 October, and the CS-1s remained at the park to await the postponed race. While they waited, a storm with 80-mile-per-hour (129 km/h) winds struck the area early on 25 October. The gale-force winds broke 3-inch (76 mm) mooring and anchor ropes on 17 of the biplanes, which were blown onto shore or dashed against seawalls, destroying seven and damaging 10 of them. The 26 October afternoon edition of the Baltimore Evening Sun had the headline “Plane Disaster in Harbor Called Hard Blow to Navy” and quoted United States Army Air Service Brigadier General William “Billy” Mitchell, who called the loss of the CS-1s “staggering” and blamed it on U.S. Navy mismanagement of its aviation program.

Variants
Curtiss CS-1
Initial prototypes/production, powered by 530 hp (395 kW) Wright T-2 engine. Six built by Curtiss.
Curtiss CS-2
Improved version with 600 hp (448 kW) Wright T-3 engine and more fuel. One converted from CS-1 and two new-built aircraft by Curtiss.
Curtiss CS-3
Modified CS-2, with geared engine. One converted. Formed basis of Martin T3M
Martin SC-1
Martin built production version of CS-1. 35 built.
Martin SC-2
Martin built production version of CS-2. 40 built.
Martin T2M
Alternative designation for the Martin built SC series.
Martin XSC-6
Conversion of SC-1 with 730 hp (545 kW) Packard 1A-2500 engine.
Martin SC-6
SC-1 fitted with 1A-2500 engine.
XSC-7
Conversion of CS-1 with T-3A engine and increased gross weight.
Specifications
SC-2 landplane
Powerplant: 1 × Wright T-3, 585 hp (436 kW)
Wingspan: 56 ft 7 in (17.25 m)
Wing area: 856 sq ft (79.5 m2)
Length: 37 ft 9 in (11.51 m)
Height: 14 ft 8 in (4.47 m)
Empty weight: 5,007 lb (2,271 kg)
Gross weight: 8,422 lb (3,820 kg)
Maximum speed: 103 mph (166 km/h, 90 kn) at sea level
Range: 1,018 mi (1,638 km, 885 nmi)
Service ceiling: 8,000 ft (2,400 m)
Time to altitude: 10 minutes to 2,000 ft (610 m)
Guns: 1 × rearward-firing machine gun in ring mount
Bombs: 1 × 1,618 lb (734 kg) torpedo
Crew: three
Avid Explorer
The 1991 Avid Explorer N3760T was built for French polar aviator Hubert de Chevigny.
It was a five-place cabin high wing monoplane amphibian first flown in April 1991.
Engines: two 235hp Lycoming
Wingspan: 65’0″
Length: 40’0″
Useful load: 3200 lb
Cruise: 99 mph
Stall: 49 mph
Seats: 5
Arrow Sedan
The Arrow Sedan built by Arrow Aircraft & Motors Corp was a two-place cabin monoplane powered by an Anzani engine and registered N4496.
Arrow Five
The 1926 Arrow Five built by Arrow Aircraft & Motors Corp was a five-place open cockpit biplane. The front cockpit accommodated two passengers facing forward and two rearward.
Engine: 150hp Hisso A
Wingspan: 40’0″
Length: 27’0″
Useful load: 950 lb
Max speed: 94 mph
Stall: 45 mph
Seats: 5