Comments:
This class of probe also has limited
SIF hull reinforcement. oft-landing,
and surface penetration capabilities.
It can take pressures of up to 450 bars.
Limited terrestrial loiter time
.
Class
IV Stellar Encounter Probe
Range:
3.5x 10^6 km
Delta-V
limit:
0.6c
Powerplant:
Vectored Deuterium microfusion.
Additional subspace driver coil.
Extended manoeuvring fuel supply.
Sensors:
Triply redundant stellar fields and
particle detectors, stellar atmosphere
analysis suite.
Telemetry:
9,780 channels at 65 MW.
Comments:
This class of probe also has six
ejectable radiation flux sub-probes,
deployable for none stellar energy
phenomena.
.
Class
V Reconnaissance Probe
Range:
4.3x 10^10 km
Delta-V
limit:
Warp 2.
Powerplant:
Dual-mode matter/anti-matter.
Extended sublight, limited warp.
Sensors:
Extended passive data-gathering and
recording systems.
Fully autonomous mission execution
and return.
Telemetry:
6320 channels at 2.5 MW.
Comments:
This class of probe also has a soft-landing
capability. Hull is designed to limit visibility
and detection. Can be modified for tactical
purposes with a counter-measures sub-module.
.
Class
VI Comm relay/ Emergency beacon
Range:
4.3x 10^10 km
Delta-V
limit:
0.8c
Powerplant:
Micro-fusion engine with high
output MHD power tap.
Sensors:
Standard pallet.
Telemetry:
9,270 channels at 350 MW.
Comments:
This class of probe also has
an extended deuterium supply
to fuel comm
systems. It is a
modified class III probe.
.
Class
VII Remote culture study probe
Range:
4.5x 10^8 km
Delta-V
limit:
Warp 1.5
Powerplant:
Dual mode matter/antimatter.
Sensors:
Passive data gathering
and subspace transceiver.
Telemetry:
1.050 channels at 0.5 MW.
Comments:
This class of probe is for use
only on class III civilisations
and below. Hull coatings limit
detectability. Can be in use for
up to 3.5 months. It incorporates
a low-impact self destruct package,
tied into anti-tamper sensors.
.
Class
VIII Medium range Multi-mission Warp probe
Range:
1.2x 10^2 light years
Delta-V
limit:
Warp 9
Powerplant:
Matter/antimatter warp
field sustainer engine.
Duration:
6.5 hrs at WF 9.
Sensors:
Mission specific modules
Telemetry:
4,550 channels at 300 MW.
Comments:
This class of probe is used
for applications from particle
analysis, to
early-warning
reconnaissance.
.
Class
IX Long range Multi-mission Warp probe
Range:
7.6x 10^2 light years
Delta-V
limit:
Warp 9
Powerplant:
Matter/antimatter warp
field sustainer engine.
Duration:
12 hrs at WF 9. 14 days at WF 8.
Sensors:
Mission specific modules
Telemetry:
6,500 channels at 230 MW.
Comments:
This class of probe has a memory
capacity of 3,400 kiloquads, a
fifty
channel transponder echo.
Often used as emergency devices
to home in on nearest vessel or Starbase.