|
Canon source | Backstage source | Novel source | DITL speculation |
# | Series | Season | Source | Comment |
1 | Speculative | (1.99 m) Scaled so that it is the same width as a photon torpedo, which is assumed to be 0.76 m as stated on p129 of the TNG Technical Manual. The rationale is that the probe would be designed to fit the same diameter of launcher and handling equipment. |
||
2 | Speculative | Federation Class 5 Probe (1.99 m) Scaled so that it is the same width as a photon torpedo, which is assumed to be 0.76 m as stated on p129 of the TNG Technical Manual. The rationale is that the probe would be designed to fit the same diameter of launcher and handling equipment. |
||
3 | Speculative | Federation Class 1 Probe (1.95 m) Scaled so that it is the same width as a photon torpedo, which is assumed to be 0.76 m as stated on p129 of the TNG Technical Manual. The rationale is that the probe would be designed to fit the same diameter of launcher and handling equipment. |
Source : | Speculative |
Comment : | (1.99 m) Scaled so that it is the same width as a photon torpedo, which is assumed to be 0.76 m as stated on p129 of the TNG Technical Manual. The rationale is that the probe would be designed to fit the same diameter of launcher and handling equipment. |
Source : | Speculative |
Comment : | Federation Class 5 Probe (1.99 m) Scaled so that it is the same width as a photon torpedo, which is assumed to be 0.76 m as stated on p129 of the TNG Technical Manual. The rationale is that the probe would be designed to fit the same diameter of launcher and handling equipment. |
Source : | Speculative |
Comment : | Federation Class 1 Probe (1.95 m) Scaled so that it is the same width as a photon torpedo, which is assumed to be 0.76 m as stated on p129 of the TNG Technical Manual. The rationale is that the probe would be designed to fit the same diameter of launcher and handling equipment. |
© Graham & Ian Kennedy | Page views : 1,958 | Last updated : 28 Oct 2003 |