Question: What number of drones were utilized by the UAV armada of Iraq?
About the article "2003 invasion of Iraq", section "Iraqi drones".

Candidate passages:
In October 2002, a few days before the US Senate vote on the Authorization for Use of Military Force Against Iraq Resolution, about 75 senators were told in closed session that the Iraqi government had the means of delivering biological and chemical weapons of mass destruction by unmanned aerial vehicle (UAV) drones that could be launched from ships off the US' Atlantic coast to attack US eastern seaboard cities.
Colin Powell suggested in his presentation to the United Nations that UAVs were transported out of Iraq and could be launched against the United States.
In fact, Iraq had no offensive UAV fleet or any capability of putting UAVs on ships.
Iraq's UAV fleet consisted of less than a handful of outdated Czech training drones.
At the time, there was a vigorous dispute within the intelligence community whether the CIA's conclusions about Iraq's UAV fleet were accurate.
The US Air Force agency denied outright that Iraq possessed any offensive UAV capability.
The IAPF's key members have accumulated significant amounts of time in modern wartime theatres such as Iraq and Afghanistan, and have been exposed to evolving tactics and technology.
Mander and Dean, having seen UAVs (Unmanned Aerial Vehicles or drones) technology deployed in Iraq, were convinced of its place in conservation.
Whilst initial enquiries were made into attaining UAVs as early as 2009, the IAPF UAV program did not commence officially until 2012.
Mander has remarked of the UAV program: "Having real-time intelligence greatly increases operational capabilities when reacting to poachers."
"A UAV can cover in a few hours what a ground team will cover in a week."
"Conservationists must now be given the capacity to embrace the same technology that is made available to the military.
"In mid-2012, international media became aware of the IAPF's use of non-weaponized unmanned drones for conservation.
Mander, along with IAPF's Technical Development Director Simon Beart (a former Royal Navy helicopter technician), started to regularly portray to the world the use of UAVs in conservation, and their thoughts on their future use.
Mander is quoted as asking, "Why could I have a UAV watching over me in Iraq, but these elephants here cannot have the same privilege?
"Seeing articles appear in the media and hearing the call to arms, a number of Australians and South Africans came forward.
A late-2012 Sydney UAV conference cemented a team of world-class standards.
The IAPF is moving towards the next phase of UAV operations, which consists of purchasing drones that are affordable, durable, and easy to operate from long range.
Despite these plans, the IAPF is aware that many are pinning their hopes on the use of the unmanned drones as a "silver bullet" solution.
Mander maintains a healthy degree of caution: "Drones are not the answer, they are a tool in the box.
It is how we utilise these tools that will allow us to change the way we do things."
An entire department within the IAPF has been developed to test and write the manuals for ground operations, utilising UAV technology.
In addition to UAVs, the IAPF constantly explores new ways to modernise tactics and operations for anti-poaching. 
October 3, 2002 US Evangelical Christian leaders led by Richard Land of the Southern Baptist Convention send a letter to President Bush outlining the theological justification for a pre-emptive attack on Iraq.
October 10, 2002  The United States Congress passes the Joint Resolution to Authorize the Use of United States Armed Forces Against Iraq.
Canada announces that it not will be part of any military coalition sanctioned by the United Nations to invade Iraq.
A few days before the U.S. Senate vote on the Authorization for Use of Military Force Against Iraq Resolution, about 75 senators are told in closed session that Saddam Hussein has the means of delivering biological and chemical weapons of mass destruction by unmanned aerial vehicle (UAV) drones that could be launched from ships off the Atlantic coast to attack U.S. eastern seaboard cities.
Colin Powell suggested in his presentation to the United Nations that UAVs were transported out of Iraq and could be launched against the U.S.
In fact, Iraq had no fleet of UAVs nor any capability of putting UAVs on ships.
Iraq's UAV fleet consisted of less than a handful of outdated Czech training drones.
At the time, there was a vigorous dispute within the intelligence community as to whether CIA had conclusions about Iraqi UAVs were accurate.
The U.S. Air Force agency most familiar with UAVs denied outright that Iraq possessed any offensive UAV capability.  
Japanese farmers have been using Yamaha's R-50 and RMAX unmanned helicopters to dust their crops since 1987.T-Hawk and Global Hawk drones were used to gather information about the damaged Fukushima Number 1 nuclear plant and disaster-stricken areas of the Tōhoku region after the March 2011 tsunami.
Anti-whaling activists used an Osprey UAV (made by Kansas-based Hangar 18) in 2012 to monitor Japanese whaling ships in the Antarctic. 
Some of the drones were developed jointly with China  Ababeel (Small Scale Target Drone), developed by PAC  Ababeel III (Target Drone),developed by Albadeey Technologies.
Aerobot (Various research purposes), developed by Pakistan Aerospace.
Bazz UAV (Target Drone), developed by Technocrafts.
Baaz UAV (large) (Large Scale Target Drone), developed by PAC  Border Eagle (Surveillance Drone),developed by Integrated Dynamics.
Burraq UAV (Combat drone under development by NESCOM).
Explorer UAV (Civilian UAV), developed by Integrated Dynamics.
Falco UAV (Version of Italian drone built by PAC under licence.)
Firefly UAV (Rocket Propelled UAV), under development by Integrated Dynamics.
Flamingo UAV (Medium Range UAV), Reconnaissance Drone built by SATUMA.
FST UAV(Full Scale Trainer UAV), developed by SATUMA.
GIDS Shahpar, developed by GIDS.
Hawk MK-V UAV, developed by Integrated Dynamics.
Hornet UAV (Surveillance Drone), developed by Integrated Dynamics.
HST UAV (Half Scale Trainer UAV), developed by SATUMA.
HUMA I (Remote Sensing), developed by Integrated Defence Systems.
Jasoos (Reconnaissance Drone), developed by SATUMA.
Jasoos II (Bravo +), (Tactical Range Reconnaissance), developed by SATUMA.
Jumbo Bazz (Larger Version of Bazz), developed by Technocrafts.
Mini Electric UAV (Silent UAV), developed by Technocrafts.
Mukhbaar (Short Range Reconnaissance Drone), developed by SATUMA.
Nishan MK-II (High-Speed Target Drone), developed by Integrated Dynamics.
Nishan TJ-1000 (Jet-Powered Target Drone), developed by Integrated Dynamics.
Rover UAV (Civilian Scientific Data Gatherer), developed by Integrated Dynamics.
Satuma NB-X2  Satuma Jassos  Shadow MK-II (Surveillance Drone), developed by Integrated Dynamics.
Shooting Star UAV (High Speed Target Drone), developed by SATUMA.
Stingray UAV (Mini UAV), developed by SATUMA.
Tornado UAV (Decoy UAV), developed by Integrated Dynamics.
Tunder SR (Short Range Target Drone), developed by SATUMA.
Tunder LR (Long Range Target Drone), developed by SATUMA.
Uqab UAV (Real Time Reconnaissance), developed by ACES.
Uqab-II (Naval Variant of the Uqab), Pakistan Navy has inducted first squadron.
Vector UAV (Surveillance Drone), developed by Integrated Dynamics.
Vision MK-I (Surveillance Drone), developed by Integrated Dynamics.
Vision MK-II (Larger version of MK-I), developed by Integrated Dynamics.