| by
Bryan Jecko
NOTES:
Built along an enlarged and expanded V-1 general hull design, the V-17
greatly increased the overall combat capability of the much older reserve
vessel. The V-17 propelled the basic teardrop design back into the mainstream
construction run, while easily fulfilling it’s main objective.
When requested, the V-17 was
intended to be a direct competition vessel with the mass produced D-7.
Simple to design and easy to mass-produce, the V-17 proved effective against
the D-7, but did not have the power curve hoped for when first launched.
The V-17 also took longer than anticipated to fit out, and production
never reached the massive numbers associated with the D-7. Nonetheless,
the V-17 did prove an excellent platform for both military and exploratory
role missions.
The Type I was first launched
in 2280, immediately being sent to the Triangle and Klingon boarders for
use in skirmishes in those areas. The Type I used the newly designed RWE-2
main drive systems. The RWE-2 was less crew intensive and hardier than
most other drives of the same weight. It proved nearly as powerful as
the Klingon KWC-2, which was incorporated into its nemesis, the D-7. The
RWE-2 also allowed many of the coolant systems and other engine support
mechanisms to be placed directly into the ample wing structures, something
impossible in earlier vessels. This rearrangement of internal spaces provided
ample room for the inclusion of larger science
bays, crew recreation facilities and extensive replicator systems. Crew
quarters were nearly doubled over the standard size and number associated
with other similar sized vessels, as were the sensor bays, which were
always considered inadequate on previous Romulan main line vessels. The
Type 1 mounted six heavy disruptor emplacements, designed to overlap extensively.
Although the location and firing mounts for the RB-11’s took nearly
a year to perfect, the resulting firing arcs provided excellent coverage,
surpassing anything the Federation or Klingons had at the time. The Type
1 mounted the massively powerful RPL-3 plasma torpedo. With greater range
and nearly as much stopping power as the RPL-2, the RPL-3 guaranteed a
powerful first strike when used in conjunction with the cloaking device.
The Type 1 also incorporated a second aft firing RPL-3, an unusual design
to say the least. But the decision to include the aft torpedo did give
the V-17 an ability to conduct strafing runs unequaled by any other combat
craft. The Type 1 remained in production until 2289, when the Type 2 was
first introduced.
The Type 2 saw the inclusion
of the new RSP shield system, considered more powerful than anything the
Klingons could field on a vessel of similar class. The RSP allowed the
V-17 to close with it’s targets before firing it’s weapons,
increasing the accuracy and damage from attack runs. Two RP-6 photon torpedoes
replaced the RPL-3, which was still limited in range and capability. These
newly re-engineered torpedo weapons were immediately successful, surpassing
the improved RP-4 and RP 5’s. The RP-6 did not have the overall
close in punch of the RPL-3, but was lighter, less power intensive and
easier to maintain and repair. The RP-6 was supplemented with the RB-13’s,
which were nearly 20% more powerful than the older RB-11’s. The
Type 2 also remained in production until the launch of the Type 4. The
Type 3 was believed to have mounted the RPL-4, but only 4 were commissioned.
The Type 4 saw the first weight
change in the vessel, owing to the larger RWF-3 drive system. The heavier
drive did provide more power, something lacking in earlier designs, but
was not as maneuverable. Nonetheless, the Type 4 was significantly more
dangerous, mounting the massively powerful RB-14’s. The RB-14 was
over 60% more powerful than the earlier RB-13’s, and did not require
the dangerous chemicals associated with cooling older disruptors. Unfortunately,
the RB-14’s did not have the range of the RB-13’s, but was
offset by the inclusion of the RSR trinary shielding system. One of the
most powerful shield to date, the RSR allowed the V-17 to close to point
blank with its enemies, even after de-cloaking, and pound the vessel with
both heavy disruptor fire and the newly included RP-7 torpedoes. Although
not the most powerful torpedo system, the RP-7, when used in conjunction
with the RB-14’s, could easily down the shield of nearly any type
of vessel. The Type 4 would remain in production for 20 years, even after
the launch of the Type 5. Although some Type 1’s and Type 2’s
were converted, most Type 4’s encountered were newly launched vessels.
The most recent of the V-17 is the type 5, lunched in 2325. They type
5 incorporated the more powerful RIE-3 impulse drive, the longer ranged
RB-15 and the devastatingly powerful RP-8 torpedo. The RP-8 heralded a
new shift in power, and was the first torpedo design solely created and
built by the Romulans. Earlier torpedoes were considered modifications
and upgrades to Klingon designs. The RP-8 was a massive jump forward in
Romulan weapons technology, and was considered the most powerful Photon
torpedo design to date. The Type 5 is still in production, as is the Type
2, although at reduced numbers. The Type 5 takes nearly twice as long
to fit out and is not produced in great numbers.
Current production of the V-17
stands at 1 of the Type 2 and 1 Type 5 per year Production was as high
as 4 per year, but has dramatically curtailed in recent years. Despite
hopes for massive production numbers rivaling the Klingon’s D-7,
only 141 V- 17 have been produced to date. Currently, 89 Type 2’s,
31 Type 4’s and 6 Type 5’s are in service, including 1 type
2 and 1 type 4 converted to type 5 specs. 1 Type 1 and 1 Type 4 are listed
as missing. 2 Type 1’s, 2 Type 2’s and 1 Type 4 have been
destroyed; 2 Type 1’s and 1 Type 2 have been scrapped, all after
combat encounters. 5 Type 2’s are used in the Romulan Training Command,
and 1 Type 1 was disarmed and sold to forces within the Triangle. Although
the V-17 never replaced the V-11, which was hoped among many Romulan commanders,
it did earn the respect and admiration, and remains a popular vessel to
command. |
Construction
Data:
Model Numbers-
Ship Class-
Date Entering Service-
Number Constructed |
Type 1
IX
2280
52 |
Type 2
IX
2294
50 |
Type 4
X
2308
43 |
Type 5
X
2325
5 |
Hull
Data:
Superstructure Points-
Damage Chart-
Size
Length-
Width-
Height-
Weight-
Cargo
Cargo Units-
Cargo Capacity- |
27
B
66 m
152 m
62 m
132,380 mt
270 SCU
13500 mt |
27
B
66 m
152 m
62 m
133,640 mt
270 SCU
13500 mt
|
27
B
66 m
152 m
62 m
157,818 mt
330 SCU
16500 mt |
26
B
66 m
152 m
62 m
158,938 mt
340 SCU
17000 mt |
Equipment
Data:
Control Computer Type-
Transporters-
Standard 9-person-
Emergency 20-person-
cargo-
Cloaking Device Type-
power to engage-
|
R-5M
2
2
3
RCC
15 |
R-5M
2
2
3
RCC
15
|
R-6M
2
2
3
RCD
22 |
R-6M-1
2
2
3
RCD
22 |
Other
Data:
Crew-
Passengers-
Shuttlecraft- |
300
35
6 |
300
35
6 |
360
35
6 |
370
35
6 |
Engines
and Power Data:
Total Power Units Available-
Movement Point Ratio-
Warp Engine Type-
Number-
Power Units Available-
Stress Charts-
Maximum Safe Cruising
Speed-
Emergency Speed-
Impulse Engine Type-
Power Units Available- |
46
3/1
RWE-2
2
17
I/L
Warp 7
Warp 9
RID-3
12
|
46
3/1
RWE-2
2
17
I/L
Warp 7
Warp 9
RID-3
12 |
59
4/1
RWF-3
2
22
G/N
Warp 7
Warp 9
RIE-2
15 |
64
4/1
RWF-3
2
22
G/N
Warp 7
Warp 9
RIE-3
20 |
| Weapons
and Firing Data:
Beam Weapon Type-
Number-
Firing Arcs-
Firing Chart-
Maximum Power-
Damage Modifiers
+3
+2
+1
Missile Weapon Type-
Number-
Firing Arcs-
Firing Chart-
Power to Arm-
Damage- |
RB-11
6
2 p/f/s, 2 f/p/a,
2 f/s/a
V
9
(1-10)
(11-16)
(17-21)
RPL-3
2
1 f, 1 a
T
8
RL-3 |
RB-13
6
2 p/f/s, 2 f/p/a,
2 f/s/a
V
11
(1-10)
(11-16)
(17-21)
RP-6
2
1 f, 1 a
M
1
18
|
RB-14
6
2 p/f/s, 2 f/p/a,
2 f/s/a
T
17
(1-5)
(6-12)
(13-18)
RP-7
2
1 f, 1 a
R
1
20
|
RB-15
6
2 p/f/s, 2 f/p/a,
2 f/s/a
U
15
(1-8)
(9-16)
(17-20)
RP-8
2
1 f, 1 a
S
1
30
|
Shields
Data:
Deflector Shield Type-
Shield Point Ratio-
Maximum Shield Power- |
RSL
1/3
14
|
RSP
1/3
18
|
RSR
1/3
24
|
RSR
1/3
24 |
| Defense
Factor-
Weapon Damage Factor- |
124.1
74.8
|
131.6
73.6 |
137.6
98.8
|
140.6
107.8 |
|