SPECIFICATIONS
GOVERNMENT:
Earth Federal Space Marines/Jovian Defense Forces
TYPE: Heavy Battlerobot
MODELS:
SkyKing-GrandJäger HBR-01D (Destroyer)
StarDragoon-Maxinger HBR-01K (Kabuto Special)
DATE INTRODUCED: 2076 AD
LENGTH: 11.25 feet
WIDTH: 22.5 feet
HEIGHT: 33.75 feet
MATERIAL: Composite-Alloy
POWER PLANT: Stellar Dynamics SDFR-330
OUTPUT: 330 megawatts
ARMOR TYPE: Crystal Composite
ARMOR THICKNESS: 8 inches
DISPLACEMENT:35 tons
CREW: 1 Pilot
PROPULSION
PRIMARY (FLIGHT):
6x Stellar-Dynamics TNRE-06 thermonuclear rocket engines
SPEED: 600 mph each (3600 mph total)
PRIMARY (WALKER):
1x DængJäger RWE-06 walker engine
SPEED: 80 mph
WEAPONS:
(BOTH MODELS)
PRIMARY (DEFENSIVE):
1x MMI RFL-1.5LC 1.5-megawatt laser cannon; Effective Range: 15 miles;Payload: unlimited with 150-megawatt nuclear battery clutch system; ROF: ten blasts every two seconds.
SECONDARY (OFFENSIVE):
(HBR-01D x2, HBR-01T x3) MMI SRM-01-G missile launcher; Missile Type: standard EFR 10-pound short-range ground-assault missile with computer-guided warhead; Effective Range: 83 miles; Payload: 27 missiles; ROF: 1, 2, or 3 missiles within two seconds.
(HBR-01D)
PRIMARY (OFFENSIVE):
1x Norking RCR-35 35-millimeter rail cannon gunpod; Effective Range: 1141 yards; Payload: 600 round-drum; ROF: fire bursts of 3, 6, 12, or 24 rounds per discharge with a cyclic rate of 1440 rounds per minute.
SECONDARY (OFFENSIVE):
1x Pallas Arms PA-PLC-20 shoulder-mounted 20-megawatt PHELAC cannon; Effective Range: 160 miles; Payload: unlimited with nuclear battery clutch;ROF: 3 blasts every twenty seconds with a cyclic rate of 9 blasts per minute.
PROXIMAL WEAPON:
1x Warptron Plasma Axe WPA-4 4-megawatt 2-ton plasma great-axe; Proximal Type: slashing weapon; Effective Range: melee/proximal weapon system; Payload: 144 hours of continuous use; ROF: based on the pilot's skill and reflexes, but normally up to 30 swings per minute.
(HBR-01K)
PRIMARY (OFFENSIVE):
1x SkyKing-GrandJäger SG-EMPAC-28 28-megawatt electromagnetic particle accelerator cannon gunpod; Effective Range: 140 miles; Payload: 100 blasts stored in a detachable 2800-megawatt nuclear battery energy drum magazine; ROF: one blast per discharge (2 seconds) thirty blasts per minute.
SECONDARY (OFFENSIVE):
1x Pallas Arms RC-35-6 35-millimeter six-barrel Gatling rail cannon; Effective Range: 1141 yards; Payload: 6000-round autoloading belt-fed from a large external drum magazine; ROF: fires bursts of 6, 18, 36, or 60 rounds per discharge with a cyclic rate of up to 3600 rounds per minute.
PROXIMAL WEAPON:
1x Warptron Plasma Mace WPM-2 2-megawatt 1-ton plasma mace; Proximal Type: bludgeoning type; Effective Range: melee/proximal; Payload: 72 hours of continuous use; ROF: based on the pilot's skill and reflexes, but normally up to 30 swings per minute.
ELECTRONICS:
(BOTH MODELS)
1x Laser Radio Communications array with a 10,000-mile range.
1x Gravitational/Antigravity Control Unit; Effect: Spacecraft type g-compensation unit modified to act as an inertia maneuvering system in place of vector control thrusters
(HBR-01D)
1x Microwave Radio Communications array with a 6000-mile range.
1x RADAR Sensor array with a 5000-mile range.
(HBR-01K)
1x Microwave Radio Communications array with a 12,000-mile range.
1x RADAR array with a range of 1000 miles.
DEFENSE SYSTEMS:
(BOTH MODELS)
1x Shoulder mounted Medium Combat Shield; Armor Thickness: 36 inches; Weight: 2 tons.
Description/Overview:
(HBR-01D DESTROYER)
When the EFSM went “rogue” and attacked Mars in 2076 against the wishes of the EFR government, General Walsh had to face the possibility that his spacemarines might be fighting Earth forces in the near future. It was for this reason that the heavy battlerobot series was born. The idea behind the first of the two heavy battlerobots was to modify an MBR-01B1 into a space battlerobot by combining features of the SBR-01S type space battlerobot with those of the Bombard II. The result was an extremely powerful design for its time. SkyKing-GrandJäger was the principle designer of the HBR-01D Destroyer model and was one of only two of the twelve companies contracted by the EFSM to develop the new battlerobot that was able to build a successful model.
When the first HBR-01D units were used, they were intermixed with SBR-01S and SBR-01R platoons during “Operation Face”. The HBR-01D’s close resemblance to the SBR type battlerobots gave their pilots a surprise attack advantage that paid off during the assault on Deimos and Phobos. The UN forces there had no clue as to the destructive firepower of the new EFSM weapon they faced.
Due to its increased displacement weight, the HBR-01D had to use all new engines.
The walker engine of the battlerobot was one DængJäger RWE-06 walker engine capable of moving the battlerobot at speeds of 80 mph at a full run. This engine’s speed gave the HBR-01D an advantage on a planetary surface where gravity was a factor.
The main space propulsion systems were six Stellar-Dynamics TNRE-06 thermonuclear rocket engines arranged in a similar configuration to that of the SBR-01S and SBR-1R models of space battlerobots. The Stellar-Dynamics engines were able to propel the HBR at speeds of 3600 mph for up to 8.8 hours. This gave the HBR enough fuel to travel approximately 31,000 miles before refueling. Thus, the battlespace-combat radius of the battlerobot was about 16,000 miles, which is comparable to any SBR of its era. These engines also provided flight for the mecha within a planetary atmosphere at speeds of up to 450 mph and a maximum altitude of 3500 feet.
The weaponry of the HBR-01D was its true claim to fame. The HBR-01D Destroyer employed a wide variety of weapon systems for use in various environments and missions. The first of these weapons was a pair of standard three-shot MMI SRM-01-G (ground type) short-range missile launchers. Nearly every ground attack robot since the original MBR-01 used these effective missile pods. These SRMs were used against tanks, armored vehicles, and MATs.
The next weapon system was the MMI RFL-1.5LC rapid-fire laser cannon built by Militia Military Industries. Initially, SkyKing-GrandJäger had planned on using the Orlakon/MMI AC-R20 20-millimeter autocannon as a proximal weapon, but that system had proven to be inadequate due to its low ammunition stores, and space in the HBR-01D was tight. Therefore, an energy weapon system was chosen. The ball turret-mounted MMI RFL-1.5LC proved to be very effective against light vehicles and personnel, but only marginally effective as an anti-missile weapon
system due to its low rate of fire.
The HBR-01D was also fitted with an anti-warship cannon, a Pallas Arms PA-PLC-20 20-megawatt PHELAC cannon mounted on the right shoulder of the mecha. This energy cannon was tied directly into the mecha’s fusion reactor. The PHELAC cannon of the HBR-01D provided the battlerobot with a hard-hitting “punch” in a single blast. This allowed the pilot of the mecha to pinpoint vital areas on an enemy ship, like the bridge for example, and inflict
devastating damage to it, thus impairing the performance of an enemy warship. If used against small craft, like assault shuttles, the HBR-01D’s PHELAC weapon was lethal.
The main weapon of the HBR-01D was the Norking RCR-35 35-millimeter rail cannon rifle gunpod. This weapon was a handheld type used by the mecha for virtually any application. Short bursts from the rail cannon rifle were normally used on other mecha such as battlerobots, spacefighters, and tanks while long bursts from this gunpod were generally useful against hardened bunkers, space warships, and fortifications.
The last weapon in the HBR-01D arsenal was the Warptron WPA-4 Plasma Axe. This devastatingly powerful combat system was a proximal weapon useful against any type of armor or spacecraft, including capital ships. The weapon was normally stored underneath the battlerobot’s combat shield to protect it when not in use. However, when the weapon was “unsheathed”, it came to life with fiery plasma capable of melting through most battlerobot armor of the 1st Interplanetary War era. A formidable weapon to say the least, it was one of only two proximal weapon systems developed during the 1st Interplanetary War era. The second was the plasma mace used on the HBR-01K.
The HBR-01D was a unique battlerobot during its time, in that instead of using vector control thrusters to maneuver in space, it used a modified anti-gravity system and dedicated computer. This combination allowed the anti-gravity system to use minute amounts of graviton particles to “push” the
vehicle in the desired direction. The inertia from the graviton particles being released in any one direction forced the mecha to move in the opposite direction quickly. This made the HBR-01D very maneuverable in space. In a planetary environment however, the inertia system was all but useless, and the pilot had to rely on
the vehicle’s normal maneuvering systems.
The HBR-01D used a medium combat shield as its only defense system. This shield was capable of absorbing considerable damage before being rendered useless or destroyed.
The EFSM constructed only 7500 HBR-01Ds during the 1st Interplanetary War period. These units were assigned to the 375 special operations units of the spacemarines (these included Special Forces, search and rescue, base and spacestation defense units, and heavy assault platoons). Only a handful of these 7500 HBR-01Ds survived into the 2080s, and all of those were in the hands of the newly formed Neo-Hebrews of Saturn. It was the Neo-Hebrews who resurrected the HBR designs and mass-produced them for their defense forces on Titan and the other moons of Saturn. The Hebrews as of 2083 AD made a total of 75,000 units. These units remained in service up until the end of the 2nd and 3rd Interplanetary Wars of the 2091-2102 and 2108-2110 periods respectively.
(HBR-01K KABUTO)
The HBR-01K “Kabuto” model of heavy battlerobot was built off the second design submitted to the EFSM in 2076 AD. A new company founded on Pallas called StarDragoon-Maxinger made that design. This newly founded manufacturer had built a mecha that was nearly identical to the SkyKing-GrandJäger design. This was no accident as members of their design team were the ones who founded the new company after a falling-out between some of the developers and the machine fabrication team. The StarDragoon-Maxinger design had initially been beaten by the SkyKing-GrandJäger design due the cost of their HBR. However, General Walsh, at the behest of Major Kabuto Tokugawa of the 7th Special Forces Mechanized Unit, lobbied for the StarDragoon-Maxinger model due to its increased firepower and usefulness as a “command mecha”. Major Kabuto Tokugawa’s persistent efforts garnered StarDragoon-Maxinger their contract to build the machine.In honor of his efforts, the design team at StarDragoon-Maxinger named the battlerobot after him.
The HBR-01K was essentially the same battlerobot as the HBR-01D except for its sensors and weapons. The StarDragoon-Maxinger team had emphasized the use of slug-throwing weapons over energy weapons for the fixed mounts on the battlerobot due to the possibility of the UN forces using alien mecha from
Alpha Centauri. It was thought that the UN has specimens of alien mecha types similar to those that were recovered from the
Posse Comitatus after the EFR had salvaged it from the Ross Sea where it crashed. The alien A.G.A.R.-01 (Armored Ground Assault Robot type one) and B.S.-01 (Battlesuit type one) both used energy-resistant armor plating. This meant that if the EFSM forces encountered alien units, piloted by UN personnel, on Mars they could find themselves at a great disadvantage.
The HBR-01K used three MMI SRM-01-G (ground type) short-range missile launchers instead of only two. The addition of this third launcher was to increase the anti-tank capabilities of the battlerobot without the need for a more expensive weapon system. The SRM-01G was plentiful as was the missiles for it.
The MMI RFL-1.5LC remained unchanged and was used in exactly the same manner as on the HBR-01D model.
The primary weapon of the HBR-01K was the Pallas Arms RC-35-6 six-barrel Gatling rail cannon. This weapon system was an extension of the Norking RCR-35 35-millimeter rail cannon rifle gunpod used by the HBR-01D. The RC-35-6 had a much higher rate of fire than the gunpod weapon. However, the six-barrel weapon suffered from a limited field of fire, though any mecha caught within its kill-zone was almost certain to be heavily damaged or destroyed. This weapon’s high rate of fire required the use of an external ammo drum. This drum held 6000 rounds of 35-millimeter rail cannon ammunition giving the weapon the
ability to fire up to one hundred of the sixty round bursts. One such burst could riddle a UN Type-55 heavy tank into metallic confetti.
The next of the HBR-01K’s primary weapons was the SkyKing-GrandJäger SG-EMPAC-28 electromagnetic particle accelerator cannon gunpod. This gunpod was designed for use against UN capital ships and assault MATs. It was a deadly weapon system capable of very high rates of fire for an EMPAC weapon. This rate of fire was due to the weapon’s use of a clutch-enhanced nuclear battery which was actually a drum-shaped e-clip located on the top of the gunpod. In theory, if the energy-clip was depleted, the HBR-01K pilot could “reload” the gunpod with a fresh one. However, that feature was never used on the HBR-01K due to the high cost of the nuclear battery. It was simply too expensive to discard during combat. Many SG-EMPAC-28s had their “ejection” systems disabled prior to the mecha’s launch in order to prevent pilot’s from jettisoning a nuclear battery to use a new one once theirs was depleted (not that a spare was even loaded onto the mecha).
The HBR-01K’s final weapon was its proximal one, the WPM-2 Warptron Plasma Mace. This plasma weapon was slightly more powerful then Warptron’s plasma axe used on the HBR-01D and half the weight of the axe. Like the plasma axe, the plasma mace was a devastatingly powerful weapon that could smash most UN mecha with a single hit and inflict heavy damage to space warships. The mace was stored on either hip of the HBR-01K via its U-shaped magnetic plate; once energized, this plate would hold the mace in place as if it were welded to the mecha.
Like the HBR-01D, the HBR-01K used a medium combat shield mounted on its left shoulder as its only defensive
weapon.
The HBR-01K used the same antigravity inertia maneuvering system as the HBR-01D, and thus had the same performance in space as its sister battlerobot. The HBR-01K suffered from the same speed and altitude restrictions as the HBR-01D due to its non-aerodynamic design.
The EFSM constructed 375 HBR-01K battlerobots for the commanders of their Special Operations units. During the 1st Interplanetary War, there was normally only one HBR-01K for every twenty HBR-01Ds. At wars end, only sixty-three HBR-01Ks were left, all of which were in the hands of the EFSM forces on Saturn, which eventually became the Neo-Hebrews of Saturn. After the war, the Neo-Hebrews put the HBR-01K back into production and produced an additional 3750 units for their planetary defense forces. These mecha stayed in service up until the end of the 3rd Interplanetary War.
GENERAL DATA
NUMBER CONSTRUCTED: 82,500 HBR-01D, 4125 HBR-01K
TOTAL COST: 42,018.17gp (HBR-01D), 45,872.49 gp (HBR-01K)
SUPER/PR: 133/133 HSP
SUPER/PR BY ARC: see super/armor by location
ARMOR SUPER/PR: 66,816/66,816 HSP
ARMOR SPR/PR/ARC: see superstructure/armor by location
ARMOR COST: 33,408 gp
VOLUME: 133 yd
3
CONFIGURATION: manlike
FEATURES: C1, C3, C4, C6, C7, C8, C9, C10, C11, C12, C13, C14, C16, C17, M1, M5, M6, M7, S5, S9, S11.
TAL: N/O
SUPERSTRUCTURE & ARMOR_BY LOCATION
SUPERSTRUCTURE (BOTH)
LEFT
ARM: 20/20
LEG: 20/20
CENTER
COCKPIT: 13/13
TORSO: 40/40
RIGHT
ARM: 20/20
LEG: 20/20
ARMOR (Both Models)
LEFT
ARM: 6000/6000
LEG: 9000/9000
CENTER
COCKPIT: 6816/6816
TORSO: 30,000/30,000
RIGHT
ARM: 6000/6000
LEG: 9000/9000
MAIN PROPULSION
(BOTH MODELS)
(WALKER ENGINE)
TYPE: TAL-O DængJäger RWE-06 Robot/Walker Engine
SPEED: 80 MPH
SUPER/PR: 27/27
POWER REQ: 224 MW
LOCAL: groin
EXT/INT: INT
(FLIGHT)
TYPE: TAL-O Stellar-Dynamics TNRE-06 Thermo-Nuclear Rocket Engine
SPEED: 600 MPH each (3600 MPH total)
SUPER/PR: 6/6 each
FUEL: nuclear pellets
BURNTIME: 8.8 hours
EXT/INT: EXT
LOCAL: 2 each leg, 2 back (6 total)
FUEL: 10 yd
3 each
FUEL/MINUTE: .0189 yd
3
POWER PLANT
(BOTH MODELS)
TYPE: TAL-O Stellar Dynamics SDFR-330 Fusion Reactor
OUTPUT: 330 MW
SUPER/PR: 55/55
LIFE: 1 year
LOCAL: C
EXT/INT: INT
SYSTEMS POWERED: all electrical
FUEL: liquid tritium
TOTAL FUEL: 8.8 yd
3
ELECTRONICS
(Computers)
(BOTH MODELS)
TYPE: TAL-O COMPUTER
NUMBER: 2
SUPER/PR: 25/25
LOCAL: cockpit
EXT/INT: INT
POWER REQ: 1.5 KW
(Communications)
(HBR-01D)
TYPE: TAL-N MICROWAVE RADIO
NUMBER: 1
SUPER/PR: 15/15
LOCAL: L. Shoulder
EXT/INT: INT
POWER REQ: 1.5 MW
RANGE: 6000 miles
(HBR-01K)
TYPE: TAL-O MICROWAVE RADIO
NUMBER: 1
SUPER/PR: 20/20
LOCAL: R. Shoulder
EXT/INT: EXT
POWER REQ: 2 MW
RANGE: 12,000 miles
(BOTH MODELS)
TYPE: TAL-N LASER
NUMBER: 1
SUPER/PR: 3/3
LOCAL: L. Shoulder (MBR-01D), R. Shoulder (MBR-01K)
EXT/INT: EXT
POWER REQ: 3 MW
RANGE: 10,000 miles
(Sensors)
(HBR-01D)
TYPE: TAL-O RADAR
NUMBER: 1
SUPER/PR: 500/500
LOCAL: L. Shoulder
EXT/INT: EXT
POWER REQ: 50 MW
RANGE: 5000 miles
(HBR-01K)
TYPE: TAL-O RADAR
NUMBER: 1
SUPER/PR: 100/100
LOCAL: R. Shoulder
EXT/INT: EXT
POWER REQ: 10 MW
RANGE: 1000 miles
WEAPON SYSTEMS
(BOTH MODELS)
TYPE: TAL-N MMI SRM-01-G (ground type) Short Range Missile launcher
NUMBER: 2 (HBR-01D), 3 (HBR-01K)
SUPER/PR: 1/1
ROF: 1 to 3 missiles per melee attack
DAMAGE/PF: 1D6x150/900 (HEAP only)
CREW: NA
RANGE: melee range 83 miles
LOCAL: 1 each arm ( HBR-01D), 1 each arm and 1 on L. Shoulder (MBR-01K)
MAGAZINE: missile pod
PAYLOAD: 27 missiles
SUPER/PR: 20/20
EXT/INT: EXT
ARCS: ANY (Computer Guided +5 to hit, no pilot bonuses)
TYPE: TAL-O MMI RFL-1.5LC (laser cannon)
NUMBER: 1
SUPER/PR: 15/15
ROF: 10 blasts per melee attack
DAMAGE/PF: 1D6x25/225 per blast*
CREW: NA
RANGE: 15 miles
LOCAL: CBF
POWER REQUIRED: 1.5 MW (stores 150 MW)
POWER SOURCE: 150 MW TAL-O nuclear battery
SUPER/PR: 15/1.5
EXT/INT: EXT
ARCS: FTBPS
*NOTE: Requires 1 full melee to completely recharge all ten blasts. Recharge time is 1 blast per second.
(HBR-01D)
TYPE: TAL-O Norking RCR-35 (35 millimeter rail cannon)
NUMBER: 1
SUPER/PR: 252/252
ROF: volleys of 3, 6, 12, or 24 per melee attack#
DAMAGE/PF: 1D4x175/700 per round*
CREW: NA
RANGE: 1141 yards
LOCAL: main turret
MAGAZINE: drum
PAYLOAD: 600 rounds
SUPER/PR: 8/8
EXT/INT: Outside
WEIGHT: 1 ton gun pod
ARCS: F,T,S,P,A
NOTES: #Cannon is able to fire single shot or in bursts. Triple shots and short bursts of 6 rounds use 1 melee attack, medium bursts of 12 or 24 rounds use two melee attacks.
*This weapon uses Heavy Plasma ammunition.
TYPE: TAL-O Pallas Arms PA-PLC-20 (Phelac cannon)
NUMBER: 1
SUPER/PR: 300/300
ROF: 1 the first melee and two the second
DAMAGE/PF: 1D4x800/3200 per blast
CREW: NA
RANGE: 160 miles
LOCAL: 1 top Right shoulder
POWER REQ: 20 MW
POWER SOURCE: TAL-O nuclear battery
SUPER/PR: 20/20
EXT/INT: EXT
ARCS: FTPS
TYPE: TAL-N Warptron Plasma AXE WPA-4
NUMBER: 1
SUPER/PR: 40/40
ROF: as per pilot’s melee attacks
DAMAGE/PF: 1D6x1600/9600
CREW: NA
RANGE: melee/proximal weapon
LOCAL: either hand/stored on combat shield*
POWER REQUIRED: 4 MW
POWER SOURCE: TAL-O nuclear battery (144 hour life)
SUPER/PR: 4/.04
EXT/INT: OUT
WEIGHT: 2 tons
ARCS: ANY
*NOTE: Axe is stored underneath shoulder shield when not in use.
(HBR-01K)
TYPE: TAL-O Pallas Arms RC-35-6 (gattling rail cannon)
NUMBER: 1
SUPER/PR: 812/812
ROF: burst of 6, 18, 36, or 60 rounds per melee attack#
DAMAGE/PF: 1D4x700 per round*
CREW: NA
RANGE: 1411 yards
LOCAL: Right Shoulder
MAGAZINE: drum
PAYLOAD: 6000 rounds
SUPER/PR: 84/84
EXT/INT: EXT
ARCS: FTPS
*NOTES: Uses heavy plasma rounds
#Weapon is able to fire in bursts. Short bursts of 6 or 18 rounds use 1 melee attack while long bursts of 36 or 60 rounds uses two melee attacks.
TYPE: TAL-O Warptron Plasma Mace WPM-2
NUMBER: 1
SUPER/PR: 180/180
ROF: as per pilot’s melee attacks
DAMAGE/PF: 1D4x2500/10,000
CREW: NA
RANGE: melee/proximal weapon
LOCAL: either hand/stored on hip armor*
POWER REQUIRED: 2 MW
POWER SOURCE: TAL-O nuclear battery (72 hour life)
SUPER/PR: 2/.02
EXT/INT: OUTSIDE
WEIGHT: 1 ton
ARCS: ANY
*NOTE: Mace is stored on hip armor via a magnetic plate.
TYPE: SkyKing-GrandJäger SG-EMPAC-28 (Electromagnetic Particle Accelerator Cannon)
NUMBER: 1
SUPER/PR: 560/560
ROF: 1 blast per melee attack
DAMAGE/PF: 1D4x1400/5600 per blast
CREW: NA
RANGE: 140 miles
LOCAL: either hand
POWER REQUIRED: 28 MW
POWER SOURCE: TAL-O 2800 MW nuclear battery
SUPER/PR: 28/28
EXT/INT: OUTSIDE
WEIGHT: 7 ton gun pod
NUMBER of BLASTS: 100
ARCS: ANY
OTHER SYSTEMS
(BOTH MODELS)
TYPE: TAL-O life support
SUPER/PR: 18/1.8
POWER REQ: .035 MW
COST: .35 gp
LOCAL: C
EXT/INT: INT
TYPE: TAL-O antigravity device*
SUPER/PR: 14/14
POWER REQ: 14 MW
COST: 7 gp
LOCAL: C
EXT/INT: INT
*NOTE: Spacecraft type G-compensation type unit modified to act as an inertia manuevering system in place of vector control thrusters.
CREW & STATIONS
(BOTH MODELS)
CREW NUMBER: 1
CREW ROSTER: 1 PILOT
STATION:Cockpit
SUPER/PR:20/20
LOCAL:CTF
EXT/INT:INT
NUMBER:1
AIRLOCKS/HATCHES:
NUMBER: 1
LOCAL: cockpit
SUPER/PR: 50/50
SPECIAL SYSTEMS
(BOTH MODELS)
TYPE: TAL-N fibro carbon muscles
RANGE: NA
SUPER/PR: 133/133
NUMBER: 1
LOCAL: throughout craft
POWER REQ: 1.33 MW
EXT/INT: INT
EFFECT: Allows the robot to move. The SUPER/PR per arc of the muscles is 22/22.
TYPE: TAL-O medium combat shield
RANGE: NA
SUPER/PR: 3/3 (without armor)
NUMBER: 1
LOCAL: Left Shoulder
POWER REQ: NA
EXT/INT: OUTSIDE
EFFECT: ARMOR: 12 inches thick, SUPER/PR: 14,760/14,760, ARMOR COST: 7380 gp, Shield Dimensions: 17 feet long x 9 feet wide x 2 feet thick
BONUSES/PENALTIES:
TERRAIN: None
ENVIRONMENT: None
SPECIAL SYSTEMS:
(BOTH MODELS): The gravitational intertia maneuver system made the HBR-01D very maneuverable in space (+1 attack per melee, +2 to initiative, +2 to all attacks [hit, parry, roll, dodge]).
In a planetary environment however, the inertia system is all but useless and the pilot must rely on the vehicles normal maneuvering systems (+1 to hit, +2 to parry, +1 to dodge).
