ISIS (satellite)
ISIS 1 and 2 ("International Satellites for Ionospheric Studies") were the third and fourth satellites that were launched in a series of Canadian satellites sent up to study the ionosphere. After the success of Canada's Alouette 1, Canada and the United States decided to jointly launch three more satellites which they called the ISIS program. The first of the three was named Alouette 2 (after originally being named ISIS-X). As was the case for the Alouette satellites, RCA Victor of Montreal was the prime contractor for both ISIS 1 and 2.
There was a final satellite scheduled for construction, but when the government's focus shifted towards communications satellites, it was cancelled in 1969.
ISIS 1
ISIS 1 (1969-009A) was launched at 6h46 UTC on January 30, 1969 by a Delta rocket at the Western test range at Vandenberg AFB in California. Canada stopped using ISIS 1 on March 13, 1984 but Japan was authorized to keep on using it and did so until 1990.
Unlike the Alouette satellites the ISIS had complex navigational equipment and a tape recorder to record some experiments when they were out of communications range and play back the results when the satellites came over Canada again. Some other experiments were not recorded but data was sent in over several stations around the globe. In total it conducted 10 experiments.
ISIS 2
ISIS 2 (1971-024A) was launched at 2h57 UTC on April 1, 1971 on a Delta rocket also from the Western test range at Vandenberg AFB in California. Due to budget constraints, the design of ISIS 2 was largely similar to that of ISIS I. The main difference was the addition of two experiments designed to study atmospheric optical emissions. This allowed images to be taken for the first time of an entire Aurora Borealis as seen from above.
See also
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| Venera 5 | Venera 6 | Kosmos 263 | Soyuz 4 | Soyuz 5 | 7K-L1 No.13L | OSO-5 | OPS 7585 | Kosmos 264 | US-A No.5 | Isis 1 | Meteor-1 No.11 | OPS 3890 · OPS 2644 | Intelsat III F-3 | Kosmos 265 | OPS 0757 | Luna E-8 No.201 | 7K-L1S No.3 | Mariner 6 | Kosmos 266 | ESSA-9 | Kosmos 267 | Apollo 9 | OPS 4248 | Kosmos 268 | Kosmos 269 | Kosmos 270 | Kosmos 271 | Kosmos 272 | OV1-17 · OV1-18 · OV1-19 · Orbiscal 2 | OPS 3722 · OPS 2285 | Kosmos 273 | Kosmos 274 | Meteor-1 No.12 | 2M No.521 | Mariner 7 | Kosmos 275 | 2M No.522 | Kosmos 276 | Kosmos 277 | Kosmos 278 | Molniya-1 No.16 | OPS 3148 | Nimbus 3 · SECOR 13 | Kosmos 279 | OPS 5310 | Kosmos 280 | OPS 1101 · OPS 1721 | Kosmos 281 | Apollo 10 | Kosmos 282 | Intelsat III F-4 | OPS 6909 · OPS 6911 · ERS-29 · ERS-26 · OV5-9 | Kosmos 283 | Kosmos 284 | Kosmos 285 | OPS 1077 | OGO-6 | Luna E-8-5 No.402 | Kosmos 286 | Explorer 41 | Kosmos 287 | Kosmos 288 | Biosatellite 3 | STV-2 | 7K-L1S No.5 | Kosmos 289 | Luna 15 | Apollo 11 | Kosmos 290 | Molniya-1 No.18 | OPS 1127 | DS-P1-Yu No.23 | OPS 3654 | Intelsat III F-5 | OPS 8285 | Kosmos 291 | Zond 7 | OSO-6 · PAC-1 | ATS-5 | Kosmos 292 | Kosmos 293 | Kosmos 294 | Kosmos 295 | OPS 7807 | Pioneer E · ERS-32 | Kosmos 296 | Kosmos 297 | Kosmos 298 | Kosmos 299 | Unnamed | OPS 3531 · OPS 4710 | Kosmos 300 | Kosmos 301 | OPS 7613 · NRL PL-161 · NRL PL-162 · NRL PL-163 · NRL PL-164 · NRL PL-176 · Timation 2 · Tempsat 2 · SOICAL Cone · SOICAL Cylinder | ESRO-1B | Meteor-1 No.15 | Soyuz 6 | Soyuz 7 | Soyuz 8 | Interkosmos 1 | Kosmos 302 | Kosmos 303 | Kosmos 304 | Kosmos 305 | Kosmos 306 | Kosmos 307 | OPS 8455 | Kosmos 308 | Azur | Kosmos 309 | Apollo 12 | Kosmos 310 | Skynet 1A | Kosmos 311 | Kosmos 312 | 7K-L1e No.1 | Kosmos 313 | OPS 6617 | Kosmos 314 | Kosmos 315 | Kosmos 316 | Kosmos 317 | Interkosmos 2 | Unnamed | | Payloads are separated by bullets ( · ), launches by pipes ( | ). Manned flights are indicated in bold text. Uncatalogued launch failures are listed in italics. Payloads deployed from other spacecraft are denoted in brackets. |
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