Burraq UCAV will fly by Next year.

[nightcrawler]

@Irfan Baloch
Thnx for a comprehensice reply but...
I think the Baktar Shikan isn't meant for the UCAV nor should it be adobted onboard. Point being the large wire spool that is needed will take the PRECIOUS space of the UCAV platform. Also the UCAVS missile must be fire & forget so that after firing a weapon it just scoot away...ths is especially necessary for the UCAV because of its less resilience to defend itself (unlike Helicopter) plus the extremely lower speeds it has (In Kosovo war they bring down UCAVS with AK-47s)
Anza is the best choice. The warhead can be adobeted against armoured vehicles & my choice will be some self forging warhead & for clearing of buildings HE explosive warhead with delayed time fuse...
It would e a comfort if we could develop (which we can) some sort of guided rockets; this increases the PUNCH of UCAV platform, like an UGROZA guided Rocket system plus more economical

 

[S-A-B-E-R->]

NO,its not a vehicle....when you will see what Burraq is,only then you will be satisfied with my post.....looks like somebody knows what I'm talking about...

the HIT have given this name to MRAP probably the one on top ...but if u have some info plz share
thnx

 

[The Deterrent]

the HIT have given this name to MRAP probably the one on top ...but if u have some info plz share
thnx

Sorry,I can't tell more than that...

 

[taha137]

thats not a burraq bro.............
these are chinese ch 3's

 

[The Deterrent]

Sorry guys.....I was wrong...
Burraq is the name of a UAV...but Burraq is also the name of a new weapon system...

Additional information:

PMO is developing a Short-range UAV.
AWC is developing a medium-range UAV.
NDC is developing a long-range UAV.

(PMO,AWC,NDC are branches of NESCOM)

 

[Kompromat]

Sorry guys.....I was wrong...
Burraq is the name of a UAV...but Burraq is also the name of a new weapon system...

Additional information:

PMO is developing a Short-range UAV.
AWC is developing a medium-range UAV.
NDC is developing a long-range UAV.

(PMO,AWC,NDC are branches of NESCOM)

Any more details on UCAV?

 

[Irfan Baloch]

@Irfan Baloch
Thnx for a comprehensice reply but...
I think the Baktar Shikan isn't meant for the UCAV nor should it be adobted onboard. Point being the large wire spool that is needed will take the PRECIOUS space of the UCAV platform. Also the UCAVS missile must be fire & forget so that after firing a weapon it just scoot away...ths is especially necessary for the UCAV because of its less resilience to defend itself (unlike Helicopter) plus the extremely lower speeds it has (In Kosovo war they bring down UCAVS with AK-47s)
Anza is the best choice. The warhead can be adobeted against armoured vehicles & my choice will be some self forging warhead & for clearing of buildings HE explosive warhead with delayed time fuse...
It would e a comfort if we could develop (which we can) some sort of guided rockets; this increases the PUNCH of UCAV platform, like an UGROZA guided Rocket system plus more economical

I like your way of thinking at least give every possible option a thought while choosing the best one. Yea wire guided missile has its limitation with respect to the platform and its guidance system that requires that the cross hairs stay on the target until the missile reaches its target (but do note that when missile is fired from round about 1 KM away flying at 220+ m/s with a flight time of just 5 to 6 seconds, there will be hardly any need to make a run for it (evasive manoeuvres) from an enemy that doesn’t have any early warning system and may not even know what is approaching it. But I will leave it for now due to weight & platform constraints).

The Drones

We need to take the discussion back to the drone platform itself first before we theorise its weapon options and their compatibility with the proposed role of the UAV. The challenge is that in addition to accommodating communication/ guidance suit , conventional optical cameras and sensors providing “live feed”, the UAV has to a carry targeting pod or target designator, fire control radar plus the weapon/ munitions. With all this onboard It has to have the flight (time) endurance of a conventional (reconnaissance) UAV as a minimum.

Predator UAV
As a guide I will like to mention that American predator drone can fly well over 700 miles to the target area and can perform its hunter/ killer / recognisance mission in the area for 14 hours and then fly back to base. It packs all the known accessories & weapons I listed in the above paragraph and few more that are not known in the public domain, has a take off weight of over 1000 KG that includes over 500 KG of payload ref 4.

Burraq UAV
Clearly this is high end benchmark by today’s standards but that’s something NESCOM/ PAF should keep in mind if this Armed Burraq development has to materialise into something that can be fielded as a Pakistani version of American Predator drone that might be smaller in size and role but packs enough package & punch to deal with the COIN operations. Note that back in May 2009 it was reported that Burraq was being flight tested 2, so the design has gone past the drawing board phase and we have had a prototype in physical form for some time. its two years on & unless the development hasn’t stalled we should hear some news soon.

CIA drone controversy
Given the current problems in Pak US relations due to few reckless Predator drone attacks in FATA and the resulting national outcry and political fallout due to the obnoxious attitude of CIA specially after uncovering of their spy Raymond Davis & his departure from Pakistan leading to the callous attack on peace meeting of tribal elders, it is of paramount importance that Pakistan takes over that role of unmanned hunter/ surveillance with drones that have ability to strike. this development should be top priority and shouldn’t be constrained by funds, politics and/ or international contracts and agreements hindering this armed drone project.

Chinese Drones

WJ-600 drone

Some of the Chinese combat drones look very promising specially WJ-600 (refer 3, c) that is jet powered and a high endurance medium/ high altitude drone (but it is still in development/ evaluation phase). This drone has the US warmongering congressmen panicking all over the place. Refer to link 3 in the bottom for further read in other interesting Chinese UAV designs. But WJ-600 is way above our league and not something that we might be able to produce now and it far exceeds our current requirements re fight against the TTP & BLA.

CH-3 drone
CH3 with AR-1 missile

The CH-3 drone we saw in the earlier pages of this tread looks like a closer cousin of Italian Falco (closer in size in wing span and length) with additional canards. Its maximum TOW is 640 KG & has a maximum load capacity of 100KG that includes 60 KG payload capacity. It will be interesting to see that this UAV will be able to carry sensor, camera(s), communication, target designator or fire control radar AND a pair of AR-1 missiles (one weighs 50 KG). not sure if you have heard or seen robot wars (TV series) but CH-3 specs remind me of design and weight restrictions of that ‘man toys’ program. How this UAV is (or will be) able to carry equipment & weapons and fly its mission is beyond my understanding. unless if all or some of the components like the camera, sensors, communication and the targeting system are included in the “base” weight of the UAV or are made up of ultra light material thus leaving the major portion of the payload weight to be taken up by the AR-1 pair.

Galileo Falco UAV
Our most advanced UAV is the Italian built Selex Galileo Falco that carries few high resolution sensors and a target designator but no weapons and has a payload limit of 70 KG (ref 1). (do note that Selex was reported to have been working on Falco Evo back in 2009 which was going to be Galileo’s bigger & armed brother but the last news were that the development has been “parked”)

Coming back to Galileo, at any given time it has to carry its communications & cameras, the choice between equipping it with radar/ sensors or laser designator or other electronic support measures will depend on mission type.

Pimp up my ride

Scenario
In case NESCOM is facing the technological barrier in making something as big as MQ1 predator to accommodate the flight, reconnaissance & munitions in a single UAV that is flight & mission worthy and feasible as well and are left with a possibility of having a smaller drone then a bit of imagination and thinking outside the box can work for us if we talk about a combat drone which is of same size & limitations like Galileo Falco or CH-3.

We can overcome this weight restriction by taking a pair of drones for a mission, one with the usual surveillance and target designator payload. And the other one stripped off everything except the equipment that is needed for its flight (say camera + communication) and add a “sting” to it . Galileo Falco has a max take off weight of 420 KG (CH-3 has 640kg) with a stated 70 KG payload ref 1). Whether the weight of communications and/ or cameras is included in payload only or the overall weight is not clear from the information on the web so for argument sake (and for the sake of moving on the discussion) I am assuming a figure of 10 to 20 KG for both items. And thus we are left with the “freed up” weight of say 50 to 60 KG for mounting specially adapted munitions.

Hunter/ Killer Operation
So in essence we have 2 drones working together in the mission area. One being the hunter and other being the killer. The first making the full use of cameras and sensors to identify the target and with the help of the laser designator “painting” the target and sending coordinates to the “modified” Falco that is flying in formation with the hunter drone which is equipped with datalink/ fire control system to receive that information and unleash its salvo upon the “painted” target. So Instead of calling in a big, noisy and expensive Gunship helicopter (and possibly loosing the target in the meantime). The Armed drone would use the data from laser designator drone to open fire. It will work well if the operators of both the drones are sitting side by side in the GCS (ground control station) and are able to recognise the target on the ground with the help of the live feed from both drones.


The Burraq Likelihood
Going by the experience of past Sino-Pak cooperation in defence I would base the Burraq on Chinese CH-3 as a starting point with maybe a bigger dimensions to accommodate munitions in addition to the usual reconnaissance package. With a payload capacity being ideally between 150 to 200 KG. The dimensions and the power plant might give a hint about how much (in size and weight) Burraq will be able to carry . The dimensions like length and width will indicate what (how many and type of) reconnaissance, armament and avionics equipment it will be able to accommodate.

Possible Questions re Pak Burraq UCAV
Following is the list of questions (if not all) that one might have in mind while trying to think if this UCAV development will come a reality.

What are the spec of the power plant and engine thrust
What are its physical dimensions
What is the total weight of the drone & its max take off weight.
What is its total weight and payload capacity
What are its flight abilities in different weather conditions (all weather/ day night?)
What are its avionics (communications), armament, target designator, cameras & other sensors
What about its range, speed, ceiling and endurance.


Weapon options
(the above heading reminds me of command & conquer RTS games where new tech based structures prompted the computer to say “new construction options)

What I am going to share now can be classed as theory crafting (a politically incorrect term is fanboy stuff, all feedback is welcome )


AR-1 missile
Weight 50 KG
Speed super sonic
Guidance TV, Semi active laser homing.
Range 10KM
Warhead multiple (HEAT, MAC)
Arrangement (wings) 2 x tubes with missiles (100kg)

HJ8-Baktar Shikan Missile

Wight 25kg+ 25 Kg tube =50KG (approx note1)
Speed 220m/s
Guidance wire guided
Range 3-6 Km
Warhead HEAT
Arrangement (wings) tube+ missile x2 (100 KG)

ANZA MK1missile
Missile Weight 9.8 kg + 5.2 Kg launcher =15 KG
Speed 600 m/s
Guidance IR homing (current)
Range up to 5km
Warhead shaped charge (HE fragmentation)
Arrangement (wings) 4x tube +missile (2 on either side 60 KG)

Automatic Grenade Launcher MG

33Kg weapon +27Kg ammo 48 rounds =60 KG (note 2)
Blast impact(AOE) 5 metre kill- 15 metre injure
Effective range of 1.4 KM
16 x bursts @ 3 rounds per burst
Practical ROF is 60 rounds / Min (1 round a sec)
Muzzle velocity 152 m/s
Warhead HE (high explosive)
Arrangement under fuselage

MG 1A3
11.5 KG weapon+ 34 KG ammo 2x box (200 rounds)=45.5KG total (note 2)
Effective range 1.2 KM
9-12 bursts @ 16-21 rounds per burst
ROF is 1000 to 1300 rounds /min (16-21 rounds a sec)
Muzzle velocity 820m/s
Arrangement under fuselage


Arming the beast

First I must respond to your post. I picked up following issues you raised
Space issue with the wire guided missile
Vulnerability of the UAV to small arms fire
Optical tracking of targeting issue “till impact” for wire guided missile

Given the speed of the missile from the time of firing to the point of impact it would take 4.5 seconds (if fired from say 1km) this is almost as good as F&F because there is not enough reaction time for the target to respond and the small rotary engine of the UAV would hardly make enough noise from over a KM to cause an alarm once the missile is fired. The speed of over 220 Km/h is good enough to evade the lucky shot from small arms fire. Anyway coming under fire is a job hazard and has to be faced whatever weapon is used to arm the UAV. Secondly regarding space, since the missile is tube launched so the wire spool would be integral part of the tube and wont take any extra space. One of the reasons for mentioning this missile was that it has been already adapted for Cobra gunships so the groundwork is already done and it is field tested for aerial launch. Its biggest limitation is the guidance system and the operator having to track the target plus having to attach the tubes under the wings that would cause weight and aerodynamic issues for drone. But if the proposed UAV size is somewhere near Predator drones then even that wont be a problem but I wont advocate this missile anymore.

As far as AR-1 is concerned not much is known about this, it seems to be a clone of Hellfire ATGM and is laser guided, the weight & ammo limitation are an issue here. Apart from that it ticks all the boxes (bar collateral damage).

ANZA, this missile has promise, its small in size its compact and it weighs less even with the tube the MK1 version is 15kg enabling the chance to equip 2x on either side of the wings. The guidance system is infrared which might be an issue because it is actually tailored for a much bigger flame source of an aeroplane (jet). TTP and BLA with all their valour on the videos aside are a shady bunch and wont light up camp fire to announce their position secondly I am not sure how well this missile would pickup the heat signature of a vehicle if the terrorists are on board a truck etc. the fact is further complicated if the target is located being on foot.
I think if its guidance system is changed to a typical SALH (semi active laser homing) like many ATGMs (hellfire, HJ-10, Griffin) then this issue of targeting can be solved. The point to consider is how easy it will be to replace the I|R sensors within the missile with the laser seeker without affecting the physical frame and flight performance of the missile otherwise we can end up having to build a missile from scratch. Griffin missile which also uses the SALH and is used as a lighter/ smaller alternative to Hellfire in the predator drone weighs 20kg, it is tube launched like ANZA missile so hopefully developers will be able to adapt the ANZA for air launch with laser guidance system without much trouble and within the same weight range of 15 to 20 kg. re warhead I would agree with you that it should be HE/ fragmentation to fulfil the role of taking out target in a building/ vehicle or on foot.

Grenade launcher & machine gun as an option is interesting concept. Keeping in mind the possible weapon recoil, platform (UAV in this case) stability, wind/ gravity & target visibility, this weapon choice seems a better trade off between a High explosive/ fragmentation missile and a conventional light/ medium machine gun (assuming a MG based UCAV is ever designed and fielded)

Missile based drone has a limited ammo, is costly and carries a danger of higher collateral damage (specially COIN ops) due to its blast radius while later (MG) lacking punch (building, vehicles) & non-explosive (AOE, area of effect) attribute to compensate for accuracy issues. A grenade launcher attached under the belly of the drone with the option of laser range finder along the gun-cam can make a low tech but effective weapon platform.
Its short bursts fired over a kilometre can provide very effective fire power against a target whether it is in a structure/ vehicle or on foot. The resulting blast radius from multiple shots can eliminate the target (refer 8,a) without having to go through the effort of all missile adaptation and guidance system etc. I mentioned MG 1 A3 as another lighter alternative for aerial based fire suppression alternative to a helicopter gunship. The light weight of the machinegun and its ammo drum will also enable the UAV to perform the hunter/ killer role as well. With the cyclic rate of fire of up to 1300 rounds per minute, the amount of led being showered on the target for few seconds would neutralise it. The only issue with this one will be the “stand off” range from target, in order to be effective the drone will have to be within 1 kilometre of the target which can bring in the issue of taking fire from small arms fire but its worth the risk when it’s the difference of saving lives of our troops that might come under fire on a patrol or a post is under siege and limited helicopter gunships means that no air support can get there in time. A drone armed with a grenade launcher or machine gun will be godsend not only it will pin down the attacking terrorists but will continue to harass them with its short bursts thus buying enough time for the bigger guns to arrive on the scene and eliminate the terrorist. A grenade launcher/ MG based UAV would be a preferred option rather than a missile in case the intended target’s close proximity with friendly units and / or civilians.
The last two options might sound strange (read crazy) but we need to allow ourselves some creative thinking (re arming UAVs) and employ anything which we have and are already using in other platforms like vehicles, helicopters. Because other countries like China that do have development programs for combat drones are not settling for one combat drone type but a range of armed drones from low to high tech. (ref 3)

I remember a quote in the “old man and the sea” when the old fisherman eventually catches a Marlin and ties it with the port side of the boat and starts his journey back, his fish starts getting attacked by tiger sharks that start nibbling at his catch. Knowing he doesn’t have a harpoon to “shoo” them away he takes his knife and starts tying it with a rope on one of the boat’s oars saying “don’t dwell on what you don’t have, but try to employ what you got and make best use of it”. saying that he finishes making his improvised spear/ harpoon and starts hitting the sharks with it. That scene has stayed with me for years since I saw that movie and I find it very fitting whenever there is a similar situation of limited means that are not the best and we have a problem at hand.




Conclusion

When we come to Burraq, there is next to no information on the web (for understandable reasons). When Americans are so secretive about their combat drone capabilities and are the only country that has the experience of successfully fielding these UAVs, it is understandable that any other country will like to keep its progress (or lack of it) towards combat drone development under wraps.

Explore every possibility and try out different weapon options if their weight and dimensions fall within the parameters of a drone payload capacity.
Explore every avenue to share and seek drone technology from all other countries that are willing to share/ sell it for love or money including Iran, Turkey, China & Europeans (e.g. Italy) that are not bullied by Americans to refuse or withdraw from such requests/ proposals.


References


1. Falco UAV system
Galileo Falco - Wikipedia, the free encyclopedia
http://www.selex-sas.com/EN/Common/files/SELEX_Galileo/Products/FALCO.pdf

2. Burraq
Pakistan reported developing armed UAV - Air Force News | News from Afghanistan & Iraq - Air Force Times


3. Chinese UA & UCAV development
http://www./air-force/chinese-uav-ucav-development-10-3526.html
China's Drones Raise Eyebrows at Air Show - WSJ.com

4. Predator UCAV
General Atomics MQ-1 Predator - Wikipedia, the free encyclopedia

5. ANZA missile
Anza (missile) - Wikipedia, the free encyclopedia

6. Griffin missile
Griffin (missile) - Wikipedia, the free encyclopedia
http://defense-update.com/images_new1/reaper_afgan.jpg

7. AR-1 missile
HJ-10 - Wikipedia, the free encyclopedia

8. Missile guidence
Missile guidance - Wikipedia, the free encyclopedia

9. Automatic Grenade launchers
Mk 19 grenade launcher - Wikipedia, the free encyclopedia

9. Baktar Shikan
HJ-8 - Wikipedia, the free encyclopedia


Videos

a. MK-19 Automatic grenade launcher

b. Iranian Done Bomber Karrar

c. Chinese WJ-600 Combat UAV

d. TOW fired from Helicopter

Notes:
1. The weight is calculated on the bases of 4 disassembled components with stated weight less than 25 kg each of the missile, tube, targeting system and the tripod. Taking only the launch tube with missile, the weight is estimated to be 50 kg (assuming the missile guidance will be from UCAV’s own targeting/ guidance system.

2. While suggesting the grenade launcher & MG 1A3, I have added the exact weapon weight + the estimated ammo drum weight based on the weight of the cartridge (where loaded ammo box weight info was missing) the number of shots/ burst are a guidance and based on ROF and impact.

 

[The Deterrent]

Any more details on UCAV?

Nope...its still under development...

 

[nightcrawler]

Irfan Baluch; as I have got your permission to reproduce your reply on another forum...i got a very ECONOMICAL reply to your post by a Russian based expert namely GarryB:

Yea wire guided missile has its limitation with respect to the platform and its guidance system that requires that the cross hairs stay on the target until the missile reaches its target

The requirement to keep tracking the target after weapon release is a good thing... not a bad thing. Fire and forget means it must get a lock on a target which adds expense to the weapon. Don't add expense to weapons because by their very purpose they are destroyed when used. A UAV or UCAV is not a manned aeroplane. A UCAV has a turret mounted under it with optics that can turn 360 degrees so you can fly up to a target and release a weapon and then turn around and fly away while keeping your optics always on the target... keeping the crosshairs on the target with a video auto tracker is not a problem... even if the target is moving.
In fact it is better to use this sort of guidance because if, after launch, a bus approaches the target area full of little kids you can redirect the missile away from the target area and land it in open empty ground.
Command guidance is cheap. With cheaper weapons you can afford better thermal sights on the UCAV because they are not destroyed with each use.

We need to take the discussion back to the drone platform itself first before we theorise its weapon options and their compatibility with the proposed role of the UAV. The challenge is that in addition to accommodating communication/ guidance suit , conventional optical cameras and sensors providing “live feed”, the UAV has to a carry targeting pod or target designator, fire control radar plus the weapon/ munitions. With all this onboard It has to have the flight (time) endurance of a conventional (reconnaissance) UAV as a minimum.

If you are going to fit a targeting pod then it would make sense to use weapons already integrated with the weapons pod.

I would expect Pakistan has LANTIRN systems from the US, so most systems your air force carries with LANTIRN should also work with the UCAV... the problem would be weight of course as most aircraft can carry much heavier loads than UCAVs.

Weight is cost... to buy and to operate.

GPS guidance, an INS (Inertial Nav System), and a datalink for 200km... you don't need expensive satellite links here... perhaps even another dedicated UAV to relay datalink signals could be used?
High magnification optics and perhaps antennas that can detect radio transmissions so that it can find enemy positions.
Weapons wise you probably want light and cheap, but accurate.

Its biggest limitation is the guidance system and the operator having to track the target plus having to attach the tubes under the wings that would cause weight and aerodynamic issues for drone. But if the proposed UAV size is somewhere near Predator drones then even that wont be a problem but I wont advocate this missile anymore.

I think this is a mistake.

If your drone is to operate over enemy forces it needs to operate at a minimum of 3,000m above ground to make it invulnerable to ground fire.
This is an unmanned aircraft so if the enemy want to waste any MANPADS they might have on it then that is a good thing.
From 3,000m many of your weapons should take advantage of the height and be gliding weapons... again... you are an unmanned aircraft so there is no need for 10km standoff range for safety from MANPADS. Being 3km up having to look at targets 10km away means very very expensive optics.
You are an unmanned aircraft... you should be flying directly over your target.

The wire guidance of TOW is a pain so modify the missile to use a radio command guidance. Everything remains the same on the missile except the wire spool at the rear of the missile is replaced with a radio command receiver and the electronic box that converted the wire signals to command signals can be altered to convert the radio signals to command signals. In the launcher the small box that sends command signals down the wire can have a radio command antenna added and it can send command guidance signals to the missile via that antenna.

As far as AR-1 is concerned not much is known about this, it seems to be a clone of Hellfire ATGM and is laser guided, the weight & ammo limitation are an issue here. Apart from that it ticks all the boxes (bar collateral damage).

Remind you again... you are in an unmanned vehicle... this AR-1 has 40kgs of rocket fuel and guidance systems to move a 10kg warhead 10km to hit a point target.
You could fit an FAB-50 with a glide package and laser guidance kit and have a 50kg payload hitting targets out to about 5km range with laser precision... sometimes you will need heavier warheads to take out caves or larger groups of enemy forces... a 50KG HE bomb might be the right tool in some cases.

ANZA, this missile has promise, its small in size its compact and it weighs less even with the tube the MK1 version is 15kg enabling the chance to equip 2x on either side of the wings. The guidance system is infrared which might be an issue because it is actually tailored for a much bigger flame source of an aeroplane (jet). TTP and BLA with all their valour on the videos aside are a shady bunch and wont light up camp fire to announce their position secondly I am not sure how well this missile would pickup the heat signature of a vehicle if the terrorists are on board a truck etc. the fact is further complicated if the target is located being on foot.

Sorry... but do you think a MANPAD IR seeker could be kept for anything but engaging air targets?
That is crazy.
Use it as an AAM for self defence.
The weapons of promise need to have more than a 2kg warhead... a MANPAD is fast and light, but we want weapons that can be used from height... from 3,000m up most manpads will not lock onto heat sources on the ground anyway... and the point is that you point the missile at a helo or aeroplane and get a lock... if you point it at the ground how do you know what you have just locked on to? You might be pointing it at a tank but it could just as easily have locked onto a sun heated rock sitting next to the road.

Without a change of guidance ANZA is no good for anything but use against aircraft... and it is not worth the effort. ATGM are a better option than MANPADS for modification.

MANPAD has too much speed and not enough payload.
ATGM is good for both.

Regarding grenade launchers and machineguns... 30 cal rifles would be largely ineffectual from the heights this UCAV will operate.

If you built the UCAV around a 40mm grenade launcher so that the whole aircraft absorbed the recoil (much the same way the A-10 is built around its gun) then you should end up with an interesting gun ship.
40mm grenades are bulky and heavy, but with a decent fire control system and dedicated optics it should be quite capable in diving attacks.

It should be pointed out with this talk of operating UCAVs near friendly troops or innocent civilians that the UCAV doesn't always need to fire weapons... often its video feed of the target and perhaps a laser target marker picking out the target to be hit by laser homing weapons fired by ground forces or air power will get the job done.

BTW I have done some reading about the Krisantema and I realise that it actually uses MMW radar for command guidance rather than using a MMW seeker itself.

This will make the missile orders of magnitude cheaper as it doesn't need a small radar seeker.
The missile can be fired using laser beam riding guidance where the laser has 4 beam colours and the missile looks back at the launch platform and manouvers itself into the centre of the beam to the target.
It can also be fired with the launcher tracking the target and launched missile using MMW radar and sending a radio command pulses to the missile to manouver the missile to hit the target.
The laser beam riding guidance can be used against any type of target whether they are visible to MMW radar or not.
The MMW radar can be used in any conditions including white out and brown out and conditions of zero visiblity.

 

[Skorpion]

Hi Folks , this is the most recent update on Pakistan's UCAV program.

i believe that the Burraq platform is already undergoing flight testing and the R&D work is on its full pace moreover i believe that it would be operational by the end of this year.

The article i am posting says that UCAV would have its test flight in the coming year which contradicts to what i have stated but i know what i am talking about.

There is one more new Program in development too, no future details are known about it other than that it may fly a Turbofan engine.

Here is a wiki quote to support my argument (unconfirmed though)

Regards: BB

--------------------------

This thread seems to be very old but i tell you guyz that the burraq UCAV program will be much delayed than expectations!

 

[no_koadsheding_plz]

so is it flying now?

 

[MastanKhan]

Irfan Baluch; as I have got your permission to reproduce your reply on another forum...i got a very ECONOMICAL reply to your post by a Russian based expert namely GarryB:





The requirement to keep tracking the target after weapon release is a good thing... not a bad thing. Fire and forget means it must get a lock on a target which adds expense to the weapon. Don't add expense to weapons because by their very purpose they are destroyed when used. A UAV or UCAV is not a manned aeroplane. A UCAV has a turret mounted under it with optics that can turn 360 degrees so you can fly up to a target and release a weapon and then turn around and fly away while keeping your optics always on the target... keeping the crosshairs on the target with a video auto tracker is not a problem... even if the target is moving.
In fact it is better to use this sort of guidance because if, after launch, a bus approaches the target area full of little kids you can redirect the missile away from the target area and land it in open empty ground.
Command guidance is cheap. With cheaper weapons you can afford better thermal sights on the UCAV because they are not destroyed with each use.

Hi,

MEN IN BLACK----remember the little girl with books regarding nuclear physics----.

Wire guided are obsolete technology for a while now----. Whence you launch through a wire guided system---thence you are a target of the returning fire as well----. The moment you launch, you have given away your position---the enemy will strike that position even though the device is in flight---. That is why there is fire and forget technology----.

As for the school bus filled with children scenario----between the time that it is launched and the time of its strike----there is nothing coming in between----also pretty much everything is visible from the drone before launch----. Unless the bus is travelling at warp speed----that is a totally different scenario----.

 

[muse]

First we are told that Pakistan do not have the "capacity" to produce these - now that it will fly.....The old Soviet Union's dis-information machine had nothing, "Nuthin" on the Pakistanis

 

[SBD-3]

First we are told that Pakistan do not have the "capacity" to produce these - now that it will fly.....The old Soviet Union's dis-information machine had nothing, "Nuthin" on the Pakistanis

I suspect there are some delays/headwinds in local production....some time ago it was reported that Pakistan was importing around 20 units of CH-3 Drones.....May be Fatman can shed some light on that

 

[Skorpion]

pakistan doesn't have the technology to develop UCAV's.. however they're importing the chinese technology and may be they call it burraq!
i wonder people are very expectant.. but the ground reality is different!