open source file
SİPER
A long-range air and missile defence system. The same name covers both the system and its missile products; this file keeps the two apart.
Scale comparison
- SİPER Ürün-3no verified dimensional data
When we have no sourceable dimensional data for this system, no schematic drawing and no model are produced. If you have a source that carries a publication name, a date and a link, send it to us.
Schematic model
The schematic look is deliberate: a photorealistic render would claim an accuracy we do not have. There is no cutaway, no exploded view and no internal component layout, because we have no sourced data on internal geometry. Only the missile is modelled: the launcher vehicle, the canister and the search and fire-control radars are not drawn, because we hold no sourced measurements for any of them. The aft section of Product-1 is drawn wider; whether that section SEPARATES cannot be told from the model, as the manufacturer drawing shows only the outline. The model is scaled from published length and diameter; the ratios are not published figures and the origin of each is set out in the shape record below. It is not a technical drawing.
The model is scaled from published measurements. The ratios that determine its shape are not published figures; each one states below where it came from. This is a statement of origin, not a confidence level.
SİPER Ürün-1
0 measured · 23 reading · 5 chosen
- Nose sectionreading
Nose section as a fraction of total length. Body width reaches its full value at x = 0.712 in the drawing, with the tip at 1.0. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement. The drawing also shows a slight section step inside the nose (body width from 44.5 px to 43.0 px); a single ogive does not reproduce it and the model does not carry it.
sourceseen: 2026-09-12
- Forward end of the transitionreading
Forward end of the transition — the last point where the body is still at main diameter. At x = 0.177 in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Radius at the transition frontreading
At the forward end of the transition the radius equals that of the main body. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Where the booster reaches full diameterreading
The point at which the booster reaches full diameter. At x = 0.157 in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Booster radiusreading
Booster radius as a fraction of main body radius. In the drawing the booster outline spans 52.5 px against 46.0 px for the main body. The reading band is wide: where the booster overlaps the fin roots, the inner and outer contour give between 1.09 and 1.18, and the middle was taken. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Aft fin countreading
A count does not depend on projection: four surfaces are four even where the drawing fails the scale check. Four surfaces are counted in the aft, control and mid groups; the upper and lower pair directly, the lateral pair from their angled outlines.
sourceseen: 2026-09-12
- Aft fin root chordreading
Aft fin root chord as a fraction of total length. 152 px of 1015 px in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Aft fin taperreading
Tip chord as a fraction of root chord. 130 px of 152 px in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Aft fin spanreading
Fin tip radius as a multiple of main body radius. The envelope peaks at 118 px against 50 px for the main body. The ratio is purely radial: both measurements share an axis, so it does not depend on the drawing's length scale. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Aft fin trailing-edge rakereading
The trailing edge is perpendicular to the body axis. In the drawing the tip trailing edge sits 1 px forward of the root across a 34 px span, within the line width. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Aft fin trailing-edge positionreading
Position of the trailing edge along the body, from the nose. The fin ends at x = 0.008 in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Control surface countreading
A count does not depend on projection: four surfaces are four even where the drawing fails the scale check. Four surfaces are counted in the aft, control and mid groups; the upper and lower pair directly, the lateral pair from their angled outlines.
sourceseen: 2026-09-12
- Control surface root chordreading
Control surface root chord as a fraction of total length. 59 px of 1015 px in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Control surface taperreading
Tip chord as a fraction of root chord. 56 px of 59 px in the drawing; the surface is nearly rectangular. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Control surface spanreading
Tip radius as a multiple of main body radius. The envelope peaks at 87 px against 50 px for the body. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Control surface trailing-edge rakereading
The trailing edge is perpendicular to the body axis. In the drawing the tip trailing edge shares a column with the root. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Control surface trailing-edge positionreading
Position of the trailing edge. At x = 0.177 in the drawing, just forward of the transition cone. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Mid wing countreading
A count does not depend on projection: four surfaces are four even where the drawing fails the scale check. Four surfaces are counted in the aft, control and mid groups; the upper and lower pair directly, the lateral pair from their angled outlines.
sourceseen: 2026-09-12
- Mid wing root chordreading
Mid wing root chord as a fraction of total length. 114 px of 1015 px in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Mid wing taperreading
Tip chord as a fraction of root chord. 95 px of 114 px in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Mid wing spanreading
Tip radius as a multiple of body radius. The envelope peaks at 86 px against 50 px for the body. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Mid wing trailing-edge rakereading
The trailing edge is not perpendicular: it moves toward the nose at the tip. In the drawing the tip trailing edge sits 10 px forward of the root across an 18 px span; the angle is arctan(10/18). Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- Mid wing trailing-edge positionreading
Position of the trailing edge. At x = 0.417 in the drawing. Read from the line drawing in the ROKETSAN product brochure. The drawing is internally orthographic (body width holds at 50.0 px along the axis, no deviation) but its drawn L/D of 20.30 does not match the published 5.4 m / 370 mm ratio of 14.59; the 39% gap fails the second condition of the projection check. It is therefore a reading, not a measurement.
sourceseen: 2026-09-12
- End of full-diameter sectionchosen
The last point at which the body keeps full diameter. Set to 1, so there is no separate shoulder taper: where the body changes is declared in the diameter stations below.
- Boattailchosen
Tail diameter as a fraction of booster diameter. NOT READABLE FROM THE DRAWING: the drawn aft cap is a rounded closure while the lathe surface draws a straight taper, so a figure read off the cap edge would describe its projection rather than the cap. Chosen for a readable closure.
- Aft fin thicknesschosen
Thickness as a fraction of local chord. NOT READABLE FROM THE DRAWING: a line view carries no surface thickness. A thin plate keeps the schematic language.
- Control surface thicknesschosen
Thickness as a fraction of local chord. NOT READABLE FROM THE DRAWING: a line view carries no surface thickness.
- Mid wing thicknesschosen
Thickness as a fraction of local chord. NOT READABLE FROM THE DRAWING: a line view carries no surface thickness.
SİPER Ürün-2
13 measured · 0 reading · 4 chosen
- Nose sectionmeasured
Nose section as a fraction of total length. Body width reaches its full value at x = 0.811 in the drawing, with the tip at 1.0. The drawing shows a section line at the base of the nose (x = 0.804, coincident with the nose-to-body junction); it marks a section boundary, not a change of diameter.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Aft fin countmeasured
A count does not depend on projection: four surfaces are four in any view. Four surfaces are counted in both the aft fin and strake groups; the upper and lower pair directly, the lateral pair from their angled outlines.
sourceseen: 2026-09-12
projection check: A count does not depend on projection: four surfaces are four in any view. Four surfaces are counted in both the aft fin and strake groups; the upper and lower pair directly, the lateral pair from their angled outlines.
- Aft fin root chordmeasured
Aft fin root chord as a fraction of total length. 65 px of 1075 px in the drawing.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Aft fin tapermeasured
Tip chord as a fraction of root chord. 22 px of 65 px in the drawing; the surface narrows markedly toward the tip.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Aft fin spanmeasured
Fin tip radius as a multiple of body radius. The envelope peaks at 173 px against 69 px for the body.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Aft fin trailing-edge rakemeasured
The trailing edge is not perpendicular: it moves toward the nose at the tip. In the drawing the tip trailing edge sits 21 px forward of the root across a 52 px span; the angle is arctan(21/52).
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Aft fin trailing-edge positionmeasured
Position of the trailing edge along the body, from the nose. The fin ends at x = 0.011 in the drawing.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Strake countmeasured
A count does not depend on projection: four surfaces are four in any view. Four surfaces are counted in both the aft fin and strake groups; the upper and lower pair directly, the lateral pair from their angled outlines.
sourceseen: 2026-09-12
projection check: A count does not depend on projection: four surfaces are four in any view. Four surfaces are counted in both the aft fin and strake groups; the upper and lower pair directly, the lateral pair from their angled outlines.
- Strake root chordmeasured
Strake root chord as a fraction of total length. 391 px of 1075 px in the drawing; it runs along more than a third of the body.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Strake tapermeasured
Tip chord as a fraction of root chord. 352 px of 391 px in the drawing; the strake narrows only slightly toward the tip.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Strake spanmeasured
Tip radius as a multiple of body radius. The envelope peaks at 97 px against 69 px for the body. Short span, long chord: the strake is not a wing but a low surface running along the body.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Strake trailing-edge rakemeasured
The trailing edge is not perpendicular. In the drawing the tip trailing edge sits 19 px forward of the root across a 14 px span; the angle is arctan(19/14). Because the span is short, a small chordwise offset produces a large angle.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- Strake trailing-edge positionmeasured
Position of the trailing edge. At x = 0.154 in the drawing, ending just forward of the aft fin group and reaching to mid-body.
sourceseen: 2026-09-12
projection check: Both conditions of the projection check passed. Internal consistency: body width holds at 69.0 px in fin-free regions, deviating 0.37 px (0.5%) along the axis. External agreement: the drawn length-to-diameter ratio is 15.58 against 15.00 for the published 6.3 m / 420 mm; the 3.9% gap is of the order of the line width. A perspective view would taper toward the far end and the body width would drift.
- End of full-diameter sectionchosen
The last point at which the body keeps full diameter. Set to 1: in the drawing the body holds one diameter from nose to tail, with no separate shoulder taper.
- Boattailchosen
Tail diameter as a fraction of body diameter. NOT READABLE FROM THE DRAWING: the drawn aft cap is a rounded closure while the lathe surface draws a straight taper, so a figure read off the cap edge would describe its projection rather than the cap. Chosen for a readable closure.
- Aft fin thicknesschosen
Thickness as a fraction of local chord. NOT READABLE FROM THE DRAWING: a line view carries no surface thickness. A thin plate keeps the schematic language.
- Strake thicknesschosen
Thickness as a fraction of local chord. NOT READABLE FROM THE DRAWING: a line view carries no surface thickness.
Technical data and sources
| Field | SİPER Ürün-1 | SİPER Ürün-2 | SİPER Ürün-3 |
|---|---|---|---|
| Length | 5.4mofficialSİPER — ROKETSAN Turkish product brochure · Sep 12, 2026 | 6.3mofficialSİPER — ROKETSAN Turkish product brochure · Sep 12, 2026 | —no data |
| Diameter | 370mmofficialSİPER — ROKETSAN Turkish product brochure · Sep 12, 2026 | 420mmofficialSİPER — ROKETSAN Turkish product brochure · Sep 12, 2026 | —no data |
| Range different scope | ≥ 100kmofficialSİPER — ROKETSAN Turkish product brochure · Sep 12, 2026missile · declared> 100kmpressDefence Industry Agency head Demir: SİPER missile exceeded 100 kilometres · Sep 12, 2026missile · measured in a test · 2022 statement> 100kmpressSİPER BLOCK I missile exceeded its target · Sep 12, 2026missile · measured in a test70 – 100kmestimateTurkey’s National Layered Air Defence Projection · Sep 12, 2026missile · inference · 2023 statement100kmofficialDefence Minister Yaşar Güler’s answers at the Parliamentary Planning and Budget Committee · Sep 12, 2026system · declared | 150kmofficialSİPER — ROKETSAN Turkish product brochure · Sep 12, 2026missile · declared120 – 140kmestimateTurkey’s National Layered Air Defence Projection · Sep 12, 2026missile · inference · 2023 statement150kmpressA 180 km range target for the SİPER air defence system · Sep 12, 2026system · declared · 2024 statement | 180kmpressA 180 km range target for the SİPER air defence system · Sep 12, 2026system · declared · 2024 statement≥ 180kmestimateTurkey’s National Layered Air Defence Projection · Sep 12, 2026missile · inference · 2023 statement |
| System intercept range | ≥ 70kmofficialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | ≥ 150kmofficialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Intercept altitude | 20kmofficialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | 30kmofficialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Azimuth coverage | 360°officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | 360°officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Tracking capacity | 100officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | 100officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Engagement capacity | 10officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | 10officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Missile control capacity | 20officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | 20officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Launcher missile capacity | 6officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | 6officialSİPER 1, SİPER 2 — ASELSAN product brochure, Internal print code 05.2025 · Sep 12, 2026 | —no data |
| Variation | —no data | —no data | SİPER Product-3 (Block-3). The names SİPER-A and SİPER-4 were also announced for the programme; no manufacturer data sheet was found for either.pressDefence Turkey and Anadolu Agency reports · Sep 12, 2026 |
Programme timeline
The SİPER name was announced publiclypress
Press account of an opening speech. The end-2021 delivery target stated then was a plan.
Strategic Thought Institute, news section- announcement date
The first publicly shown firing was announcedpress
The exact firing day is not in the sources examined. It cannot be confirmed as the programme’s first test.
TURDEF - announcement date
A test of Product-1 was announced to have passed 100 kmpress
The day of the firing is unknown. The same statement was found in six outlets in this survey.
Anadolu Agency - announcement date
The first firing test of Product-2 was announcedpress
TRT Haber / AA Signing ceremony for the Product-1 serial production contractofficial
Acceptance activities were said to have begun and delivery was planned for mid-2024. Starting is not completing.
Ministry of National DefenceProduct-2 test firingpress
The source gives the event day separately; it was not confused with the publication day.
Announced: Sep 15, 2024
DefenceTurk- announcement date
Product-1 was announced as having entered servicepress
The news date is not the date of the acceptance record; the handover day is unknown.
Anadolu Agency - announcement date
Serial production acceptance tests for Product-1 were announced as completepress
This does not invalidate the earlier entry-into-service announcement; they are separate events.
Anadolu Agency Ceremony for additional serial production contractspress
The names SİPER-A and SİPER-4 appear in press accounts of this ceremony. The contracts themselves were not seen.
Defence Turkey- announcement date
A Product-2 test was reportedpress
No numeric flight distance or altitude was given. ASELSAN confirmed the test qualitatively in its weekly post that week.
TURDEF
Origin chain
One document and the outlets that carried it. Many news reports do not mean many independent measurements: the same figure may have been stated once and repeated many times.
The post announcing the SİPER Product-1 test result
The original text could not be read directly. The outlet we cite does not stand in for the origin; it is one of the carriers itself.
6 outlets carry this document
- Anadolu AjansıDec 30, 2022
- TRT HaberDec 30, 2022
- SavunmaTRDec 31, 2022
- DonanımHaberDec 30, 2022
- HürriyetDec 30, 2022
- EkonomimDec 30, 2022
1 outlet carries this documentno independent publisher
- DefenceTurkNov 23, 2023same publisher
The count covers outlets whose link to the origin was verified in this survey. It is not a worldwide total, and the absence of a record does not mean there were no repeats.
Range envelope
Drag the reference point to move it. The rings are geodesic projections of published range figures; they do not show a flight profile or operational use.
Compiled from publicly available sources. Not an official publication and not affiliated with the manufacturers.