C.I.S. Nuclear Forces
ICBMs comprise most of C.I.S.' nuclear deterrent. This is due to several reasons: the lack of warm water ports for submarines and the inherent problems of long-range bombers. C.I.S. ICBMs tend to be larger and carry bigger warheads. This is due to the poor accuracy of their missiles, thus a greater yield is needed to ensure that the target is destroyed.
The Russian force consists of the SS-18, SS-19, SS-24, SS-25 and the SS-27. START II will eliminate the SS-18 missiles, and the SS-19 will no longer be MIRVed.
The strategic warheads once deployed in the republics of Kazakhstan, Ukraine, and Belarus have been withdrawn and returned to Russia.
ICBMs
| Name | Launchers |
Warhead x yield
(kilotons) |
Total
warheads |
Total
megatons |
|---|---|---|---|---|
|
SS-18 M4/M5/M6
(Satan) |
180 | 10 x 550/750 (MIRV) | 1,800 | 990 |
| SS-19 M3 (Stiletto) | 160 | 6 x 550 (MIRV) | 960 | 720 |
| SS-24 M1/M2 (Scalpel) | 36/10 | 10 x 550 (MIRV) | 460 | 253 |
| SS-25 (Sickle) | 360 | 1 x 550 | 360 | 198 |
| SS-27 (Sickle-M) | 10 | 1 x 550 | 10 | 198 |
| Total | 756 | 3,590 | 2,167 |
SLBMs
| Name |
Launchers/
SSBNs |
Warhead x yield
(kilotons) |
Total
warheads |
Total
megatons |
|---|---|---|---|---|
| SS-N-18 M1 (Stingray) | 176/11 | 3 x 500 (MIRV) | 528 | 264 |
| SS-N-20 M1/M2 (Sturgeon) | 60/3 | 10 x 200 (MIRV) | 600 | 120 |
| SS-N-23 (Skiff) | 112/7 | 1 x 100 (MIRV) | 448 | 45 |
| Total | 348/21 | 1,576 | 429 |
Bombers
| Name | Launchers |
Warhead x yield
(kilotons) |
Total
warheads |
Total
megatons |
|---|---|---|---|---|
|
Tu-95 MS6
(Bear H6) |
29 |
6 AS-15A ALCMs or
bombs |
174 | 44 |
|
Tu-95 MS16
(Bear H16) |
35 |
16 AS-15A ALCMs or
bombs |
560 | 140 |
|
Tu-160
(Blackjack 25) |
6 |
12 AS-15B ALCMs, or
12 AS-16 SRAMs or bombs |
72 | 18 |
| Total | 70 | 806 | 202 |
| Grand Total | 1,174 | ~5,972 | ~2,800 |
|---|
Information compiled by Robert S. Norris and William M. Arkin of the Natural Resources Defense Council. Inquiries should be directed to:
NRDC, 1200 New York Avenue, N.W., Suite 400, Washington, D.C., 20005 (v) 202-289-6868.
Source: Bulletin of Atomic Scientists and NRDC

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