- Holder
- Global Helicopter Technology Inc.
- Revision
- 0
- Revised
- September 20, 2001
- Status
- Current
- Product
- Aircraft · Rotorcraft
- Certification basis
- Part 21, Part 27, Part 29, Part 36, Part 91, Part 133
- Models
- 1
The release keeps the latest revision of each data sheet. Model names are as the data sheet lists them.
On this page
Models · 1
| Model | Also known as | Note |
|---|---|---|
| UH-1H | U.S. Army UH-1H |
Airworthiness directives · 0
ADs whose products are models on this data sheet, matched by model and maker.
No ADs matched this data sheet’s models
STCs approved under this data sheet · 16
STC SR12332SEInstallation of Mechanical Specialties, LLC Human External Cargo (HEC) and non-HEC Hook SystemSTC SR01776SEFabrication, installation, and maintenance of the Isolair Helicopters, Inc., Model 9002 High Cross tubesSTC SR00143DEInstallation of an upgraded 42 degree Tail Rotor gearbox, P/N 212-040-003
See all 16 STCsWhat the data sheet says
From the PDF’s text layer, line by line: tables lose their columns. The PDF is the record.
P a g e N o .1234567
R e v . N o .-------
DEPARTMENT OF TRANSPORTATION
FEDERAL AVIATION ADMINISRATION
R00002RC
Initial Issue
Global Helicopter
Technology, Inc.
U.S. Army UH-1H
September 20, 2001
TYPE CERTIFICATE DATA SHEET NO. R00002RC
This data sheet, which is part of Type Certificate No. R00002RC, prescribes conditions and limitations under which
the product for which the type certificate was issued, meets the airworthiness requirements of the Federal Aviation
Regulations.
Type Certificate Holder: Global Helicopter Technology, Inc.
5070 South Collins, Suite 206
Arlington, Texas 76018
1- Model UH-1H, (Utility Helicopter, Restricted Category), Approved: September 20, 2001
(See note 16 regarding aircraft, engines and appliances and note 18 regarding definition of type design
configuration)
Engine: Lycoming T53-L-13B (See note 15 for alternate engines)
Fuel: MIL-T-5624, Grade JP-5 (Jet A)
(See note 13 for alternate and emergency fuels)
Engine Limits: T53-L-13B: ( See note 15 for alternate engines)
Torque
Press (PSI)
Output
Horsepower
(HP)
Output
RPM
Exhaust Gas
Temp (C
degrees)
Gas generator
Speed N1 (%)
Maximum Cont. 50.0 1100 6600 610 101.5
Take-Off (30 minutes) 50.0 1100 6600 610 to 625 101.5
Start and Accel (10 sec) 50.0 1100 6600 625-675 101.5
Start and Accel (5 sec) 50.0 1100 6600 675-760 101.5
Maximum 50.0 1100 6600 760 101.5
See notes 11 & 12. Refer to Operation’s Manual TM55-1520-210-10 for additional limitation data.
Rotor Speed Limits: Power Off Power On
Maximum rpm 339 324
Minimum rpm 294 294
Continuous operation: 294-324 RPM / Maximum for auto-rotation is 339 RPM
Transmission
Torque Limits: Fifty (50.0) calibrated PSIG (See note 11)
R00002RC Page 2 of 7
Airspeed Limits: Roof-Mounted pitot static:
Never exceed 124 knots (143 mph) up to 7500 lbs. Gross Weight, sea level to
2000 feet. Never exceed 113 knots (132 mph) up to 9500 lbs. Gross Weight, sea
level to 2000 feet. See Note 2 and refer to TM55-1520-210-10, Chapter 5,
Section X, for specific operating airspeed limitations.
Nose mounted pitot static:
Never exceed 112 knots (128 mph) up to 7500 lbs. Gross Weight, sea level to
2000 feet. Never exceed 103 knots (118 mph) up to 9500 lbs. Gross weight, sea
level to 2000 feet. See Note 2 and refer to TM55-1520-210-10, Chapter 5,
Section X, for specific operating airspeed limitations.
Center of Gravity
(CG) Range: Longitudinal CG Limits (+130.0) to (+144.0)
Lateral CG Limits: Plus or minus 5 inches
Refer to U. S. Army TM55-1520-210-10, Chapter 6, Section VII, for specific
CG ranges and limits.
Datum: Station 0, datum is 7.6 inches, aft of the most forward point of the fuselage nose
section (See U.S. Army TM55-1520-210-10, chapter 6).
Leveling Means: Plumb line from top of cabin doorframe to index plate on cabin floor.
See Note 1.
Empty Weight
(CG) Range: Refer to specific Aircraft Maintenance log for empty weight CG determined as
prescribed per U.S. Army Aviation Maintenance Engineering Manual Weight
and Balance TM55-1500-342-23.
Maximum Weight: 9500 lbs.
Minimum Crew: 1 (Pilot)
No. of Seats: Crew only as required to perform restricted category mission in accordance with
FAR 133.1(b), with appropriate seats and restraints (See U.S. Army TM-55-
1520-210-10). Passengers cannot be transported during restricted category
flight operations (see FAR 91.313)
Maximum Baggage: 100 lbs. Per sq. Ft. on cabin floor as required to perform restricted category
mission in accordance with FAR 133.1(b). (See U.S. Army TM55-1520-210-10)
Fuel Capacity: Crashworthy system: 208.5 U.S. gals. (+151.6) Unusable-2 U.S. gals.
Non-Crashworthy system: 220 U. S. gals. (+151.6) Unusable 2 U.S. gals.
Oil Capacity: Engine: 3.25 gals. (+173.0)
Transmission: 11.0 U.S. quarts
Hydraulic: 10.0 U.S. pints
Maximum Operation
Altitude: Refer to U.S. Army TM-55-1520-210-10 Chapter 7, Performance Data Charts
Rotor Blade and
Control Movement: For rigging information, refer to U.S. Army TM55-1520-210-23 Chapter 11
(Maintenance Manual):
R00002RC Page 3 of 7
Eligible Serial No.: Global Helicopter Technology, Inc. FAA approved Serial Number Eligibility
List Report number GHT-01-412-SN dated July 23, 2001 or later FAA approved
revision
Certification Basis: FAR 21.25(a)(2), effective February 1, 1965, for the special purpose of External
Load Operations under FAR 21.25(b)(7) (See note 17). Repetitive high torque
cycle events beyond the following are not approved:
(a) Two (2) Ground-Air-Ground (GAG) Cycles per Flight hour from rotors
stopped to Flight Conditions to rotors stopped.
(b) our (4) GAG Cycles per flight hour from rotors turning at ground idle (at
0% rpm) to flight conditions to rotors turning at ground idle (at 100% rpm).
GAG cycles in (a) and (b) above shall be applied independently
In accordance with FAR 36.1(a)(4), compliance with the noise requirements was
not shown. Therefore, aircraft certificated under this type certificate are only
eligible for external load operations excepted by FAR 36.1(a)(4) and defined
under FAR 133.1(b). Any alteration to the aircraft for Special Purposes not
identified above require further FAA approval and in addition, may require
noise and / or flight testing.
The aircraft certified under this type certification is accepted under the concept
of limited exposure associated with escape from inadvertent ice encounters and
is prohibited against flight into known icing. This Aircraft must be reevaluated
if certification to the General Ice Protection Airworthiness Regulations is
requested.
Any Subsequent modifications are to meet FAR 29 Airworthiness standards,
transport category Rotorcraft, as of Amendment Number 1, effective August 12,
1965 and FAR 29.1529, instructions for Continued Airworthiness, Amendment
number 20, effective September 11, 1980.
Date of Application: November 29, 2000
Production Basis: None. No helicopters may be produced under this approval. (See Note 4)
Equipment: The basic required equipment as prescribed in the applicable airworthiness
regulations (see Certification Basis) must be in each helicopter for certification.
The following equipment and documents must be available in each helicopter
for certification:
(a) U.S. Army TM55-1520-210-10, Operator’s Manual, UH-1H.
(b) Standard U. S. Army cargo suspension system installation, part numbers
204-070-900-5, 204-070-900-19, IAW TM55-1520-210-23P (Parts
Manual), installed and maintained IAW TM55-1520-210-23 (Maintenance
Manual), and operated IAW TM55-1520-210-10 (Operators Manual) for all
external cargo operations.
R00002RC Page 4 of 7
Notes
Note 1: A current weight and balance report including a list of equipment included in the certificated
empty weight, and loading instuctions, when necessary, must be provided for each aircraft at the
time of original certification. Refer to Operation’s Manual, TM55-1520-210-10, Chapter 6, and
Maintenance Manual, TM55-1520-210-23-1 Para. 1-38, for leveling means and weight and
balance determination.
Note 2: The following placards must be prominently displayed in the cabin in clear view of the pilot:
Placard No. 1
“THIS HELICOPTER MUST BE OPERATED IN ACCORDANCE WITH THE RESTRICTED
CATEGORY OPERATING LIMITATIONS OF FAR 91.313.”
Placard No. 2
“THIS HELICOPTER MUST BE OPERATED IN COMPLIANCE WITH THE OPERATING
LIMITATIONS SPECIFIED IN THE APPROVED HELICOPTER OPERATION’S MANUAL. REFER TO
TM55-1520-210-10, CHAPTER 5 OPERATING LIMITS AND RESTRICTIONS.”
Placard No. 3
CALIBRATED AIRSPEED-KNOTS
With Roof-mounted pitot static
LIMITS: ACFT WT/KIAS
GROSS WEIGHT
DENSITY
ALT(FT) To 7500(lbs) 8500(lbs) 9500(lbs)
SL TO 2000 124 118 113
3000 121 115 110
6000 112 106 101
9000 103 97 92
12000 94 88 83
15000 82 --- ---
18000 70 --- ---
•
• UNDER 7500 LBS USE 6000 TO 6600 RPM RANGE
• OVER 7500 LBS GW USE 6400 TO 6600 RPM RANGE
• POWER OFF 294 TO 339 ROTOR RPM
•••• REDUCE SPEED WHEN VIBRATION IS EXCESSIVE
R00002RC Page 5 of 7
CALIBRATED AIRSPEED-KNOTS
With Nose-mounted pitot static
LIMITS: ACFT WT/KIAS
GROSS WEIGHT
DENSITY
ALT(FT) To 7500(lbs) 8500(lbs) 9500(lbs)
SL TO 2000 112 107 103
3000 109 104 100
6000 100 95 91
9000 91 86 82
12000 82 77 73
15000 70 65 ---
18000 58 --- ---
•
• UNDER 7500 LBS USE 6000 TO 6600 RPM RANGE
• OVER 7500 LBS GW USE 6400 TO 6600 RPM RANGE
• POWER OFF 294 TO 339 ROTOR RPM
•••• REDUCE SPEED WHEN VIBRATION IS EXCESSIVE
Placard No. 4
“EXTERNAL LOAD OPERATIONS: Vne WILL BE DETERMINED FOR EACH PROPOSED
EXTERNAL LOAD APPLICATION.”
Note 3: The helicopter(s) must be serviced, maintained, inspected and overhauled in accordance
with the documents specified in Instructions for Continued Airworthiness Report GHT-
01-412-201, dated July 23, 2001 (or later FAA accepted revision) or other FAA accepted
inspection programs. The TC holders instructions for Continued Airworthiness Report is
part of the TC holders Instructions for Continued Airworthiness.
Note 4: Prior to obtaining an original Airworthiness Certificate:
(a) Each helicopter must pass a conformity inspection in accordance with Global
Helicopter Technology, Inc. Configuration Report (Report Number) dated
(Report Date). The Configuration Report must contain a complete description
of each helicopter, any Military Maintenance Work Orders accomplished on that
particular helicopter. In addition, each helicopter must pass an inspection for
any possible hidden damage and the military records reviewed for acceptability
for any repairs or alterations.
(b) The maintenance, overhaul, and modification records of each helicopter must be
reviewed for military changes that may effect the airworthiness of the helicopter.
(c) After the required inspections, the aircraft must be found to be in a good state of
preservation, adequate repair, and in a condition for safe operation.
R00002RC Page 6 of 7
Note 5: This aircraft is prohibited from carrying cargo for compensation or hire.
Carriage of cargo is limited to such cargo that is incidental to the aircraft
owners/operator’s business which is other than air transportation.
Note 6: Restricted category aircraft may not be operated in a foreign country without the express
written approval of the country.
Note 7: This aircraft has not been shown to meet the requirements of the applicable
comprehensive and detailed Airworthiness Code as provided by Annex 8, to the
Convention on International Civil Aviation.
Note 8: Engine changes are allowed provided the replacement engine is of the same make and
model as identified in this TCDS. The replacement engine must have proper military
records and have the applicable FAA Airworthiness inspections and Airworthiness
Directives (AD) accomplished.
Note 9: The Airworthiness Directives for the helicopter and engine contained in GHT-01-412-
202, Airworthiness Directive Report, dated February 6, 2001, (or later FAA approved
revision), must be complied with prior to original certification.
Note 10: The cargo suspension assembly (cargo external load hook and release system) shall be
installed, tested and maintained in accordance with TM 55-1520-210-23-2, Chapter 14,
paragraph 14-260.
Note 11: Torque pressure output by the engine torque sensing system varies with individual
engines. A calibration of this value is required on each engine and the value
corresponding to take-off power is stamped on the engine data plate.
Note 12: Maximum permissible exhaust gas temperature varies with ambient temperature as
described in the Operator’s Manual. Check engine EGT by use of Health Indicator Test
(HIT) prior to takeoff (see U.S. Army TM55-1520-210-10 and HIT EGT Log for the
aircraft).
Note 13: Alternate and emergency fuels are listed in U.S. Army TM55-1520-210-10, Chapter 2,
Paragraph 2-89 and Table 2-1. Some limitations apply for the use of certain alternate and
emergency fuels. These limitations are listed in the above U.S. Army TM paragraph.
Note 14: Bell Helicopter Textron, Inc. is not involved with this Type Certificate. Global
Helicopter Technology, Inc. is the original holder of this TC Number.
Note 15: Alternate engines:
Lycoming T53-L-13BA
Alternate engines must be installed and operated in accordance with U.S. Army TM55-
1520-210-10 Operator’s Manual.
Note 16: Aircraft, aircraft engines and appliances that cannot provide documentation with
satisfactory service history showing they were surplused from an Armed Force of the
United States are not eligible under this type certificate.
R00002RC Page 7 of 7
Note 17: For External Load Operations under FAR 21.25 (b)(7), the rotorcraft must have external
cargo hook assembly P/N 204-072-024-1 installed on model UH-1H as part of the
military configuration. Continued airworthiness of the cargo hook and release
installation shall be in accordance with TM55-1520-210-23-2, Chapter 14, Paragraph 14-
260.
Note 18: This type certificated design is the US Army configuration at the time of the issuance of
this type certificate as defined by the US Army documents listed in the Instructions for
Continued Airworthiness (ICA) Report GHT-01-412-201, dated July 23, 2001(or later
FAA accepted revision). All U.S. Army manuals listed in this type certificate data sheet
are defined as of those revisions and dates listed in the above FAA accepted ICA.
…..END…..