Time of firing: 1610 MST
Agency: General Electric Company
Altitude: 3.4 miles
UPPER AIR INSTRUMENTS
Temperature: Flash and sound grenades to obtain anomalous
propagation of sound
data (SCEL)
Composition: Air sampling bottles in "Blossom" canister.
(Michigan U.)
Other: Upper air wind vectors from drift of grenades
puffs and talcum "smoke"
generator (SCEL)
Earth's magnetic field (ARDC)
DATA RECOVERY INSTRUMENTS
Telemeter: G. E. PWM/FM, 28-channel system (production
model)
Physical recovery: Warhead separation explosives
in control chamber. "Blossom"
canister containing air-sample
bottles.
BALLISTIC INSTRUMENTS
Firing Range
Theodolites: Two Mitchell
and eight Askania stations
Cameras: Three Bowen-Knapp
stations
Telescopes: Three stations
Radar: Two modified SCR-584
S-band stations
Doppler: Four stations
Airborne
Beacon: AN/APN-55 S-band
transponder
Doppler: Dovap transceiver
Radio cutoff: One ARW-17
receiver for command fuel cutoff and blowoff
Aspect: Three heliographs
in tail fins
Other: Vibration sensitive
yaw and pitch accelerometers
Velocity
meter (gyroscopic integrating accelerometer)
ROCKET INFORMATION
Payload weight: 2200 lb
Unfueled rocket weight: 9659 lb
Gross weight at takeoff: 29,074 lb
ROCKET PERFORMANCE
Firing angle: 0.0 degrees true
Program angle: 7.0 degrees from vertical
Time to burnout: 28.5 sec.
Velocity at burnout: 530 ft/sec
Time to zenith: 54.3 sec
Altitude at zenith: 3.4 miles
Time to tail blowoff: 65.2 sec (explosion)
Altitude to tail blowoff: 2.5 miles
Flight duration: 91.5 sec
Impact coordinates: 1 mi. south and 1/2 mi. east
BALLISTIC DATA
Theodolites: Askania and Mitchell tracked rocket
and "Blossom" to impact
Cameras: Satisfactory operations
Telescopes: Satisfactory operations
Radar: Complete flight record
Doppler: Readable signals at two stations
Vibration: Instrument section yaw and pitch plane
vibrations (40 cps max.)
negligible magnitude
Other: Rocket velocity measured to reasonable order
of accuracy with precessing
gyro
DATA RECOVERY
Telemeter: Crosstalk between three channels, satisfactory
otherwise
Physical recovery: Heliographs, "Blossom" parachute,
and canister recovered.
Pilot parachute not recovered.
EXPERIMENTAL DATA
Low altitude flight prevented any experimental data recovery
COMMENTS
Rocket modifications: "Blossom" ejector mechanism
Rocket performance: Early burnout due to low pressure
air failure probably caused
by regulator malfunction
Experiments: talcum generator produced satisfactory
"smoke" trails at low altitude
Other: Blossom ejection satisfactory at low altitudes