超级军网derby 导弹的最新型号 I-Derby ER
来源：百度文库 编辑：超级军网 时间：2024/05/02 10:03:40
根据外媒的报道，I-Derby ER 首次于2015年巴黎航展亮相，相对derby ，气动外形基本不变。最大的改进是导引头换为ASEA的，提高了抗干扰能力，而且更轻。另外就是采用双脉冲发动机，可以使射程达到100多公里。Rafael说印度的LCA已经在测试。
另外导弹的发射模式同derby一样，有“发射前锁定”和“发射后锁定”两种模式，说明导弹具备近距离格斗能力。
下面是资料：
“RAFAEL is unveiling a new, extended range version of its Beyond Visual Range (BVR) active radar-guided air-to-air missile – the I-Derby ER. It is an evolutionary version of the Derby BVR missile unveiled earlier this year at Aero India. The Derby entered service in the mid-1990s and is fielded with six customers worldwide.
The latest variant is equipped with a new seeker that employs an advanced solid-state Software Defined Radar (SDR), based on combat proven technology derived from the Tamir missile, the interceptor used in RAFAEL’s Iron Dome system.
The new seeker is lighter and more compact than its predecessor, thus clearing valuable space which has been used by the missile designers to increase the propulsion system by adding a second mode (kick), accelerating the missile at the terminal phase of the flight. This new addition increases the range of the I-Derby ER beyond 100 km., significantly more than its current “short/medium” range capability.
This “second kick” greatly improves the missile’s performance. “This phase is not serial, but operates independently of the primary rocket propulsion as it is activated at any time during the fight, by the flight control system.” Yaniv explains. The second pulse would likely kick in when the missile is closing on its target, accelerating it and increasing its kinematic envelope, thus increasing its “no escape zone”.”根据外媒的报道，I-Derby ER 首次于2015年巴黎航展亮相，相对derby ，气动外形基本不变。最大的改进是导引头换为ASEA的，提高了抗干扰能力，而且更轻。另外就是采用双脉冲发动机，可以使射程达到100多公里。Rafael说印度的LCA已经在测试。
另外导弹的发射模式同derby一样，有“发射前锁定”和“发射后锁定”两种模式，说明导弹具备近距离格斗能力。
下面是资料：
“RAFAEL is unveiling a new, extended range version of its Beyond Visual Range (BVR) active radar-guided air-to-air missile – the I-Derby ER. It is an evolutionary version of the Derby BVR missile unveiled earlier this year at Aero India. The Derby entered service in the mid-1990s and is fielded with six customers worldwide.
The latest variant is equipped with a new seeker that employs an advanced solid-state Software Defined Radar (SDR), based on combat proven technology derived from the Tamir missile, the interceptor used in RAFAEL’s Iron Dome system.
The new seeker is lighter and more compact than its predecessor, thus clearing valuable space which has been used by the missile designers to increase the propulsion system by adding a second mode (kick), accelerating the missile at the terminal phase of the flight. This new addition increases the range of the I-Derby ER beyond 100 km., significantly more than its current “short/medium” range capability.
This “second kick” greatly improves the missile’s performance. “This phase is not serial, but operates independently of the primary rocket propulsion as it is activated at any time during the fight, by the flight control system.” Yaniv explains. The second pulse would likely kick in when the missile is closing on its target, accelerating it and increasing its kinematic envelope, thus increasing its “no escape zone”.”
另外导弹的发射模式同derby一样，有“发射前锁定”和“发射后锁定”两种模式，说明导弹具备近距离格斗能力。
下面是资料：
“RAFAEL is unveiling a new, extended range version of its Beyond Visual Range (BVR) active radar-guided air-to-air missile – the I-Derby ER. It is an evolutionary version of the Derby BVR missile unveiled earlier this year at Aero India. The Derby entered service in the mid-1990s and is fielded with six customers worldwide.
The latest variant is equipped with a new seeker that employs an advanced solid-state Software Defined Radar (SDR), based on combat proven technology derived from the Tamir missile, the interceptor used in RAFAEL’s Iron Dome system.
The new seeker is lighter and more compact than its predecessor, thus clearing valuable space which has been used by the missile designers to increase the propulsion system by adding a second mode (kick), accelerating the missile at the terminal phase of the flight. This new addition increases the range of the I-Derby ER beyond 100 km., significantly more than its current “short/medium” range capability.
This “second kick” greatly improves the missile’s performance. “This phase is not serial, but operates independently of the primary rocket propulsion as it is activated at any time during the fight, by the flight control system.” Yaniv explains. The second pulse would likely kick in when the missile is closing on its target, accelerating it and increasing its kinematic envelope, thus increasing its “no escape zone”.”根据外媒的报道，I-Derby ER 首次于2015年巴黎航展亮相，相对derby ，气动外形基本不变。最大的改进是导引头换为ASEA的，提高了抗干扰能力，而且更轻。另外就是采用双脉冲发动机，可以使射程达到100多公里。Rafael说印度的LCA已经在测试。
另外导弹的发射模式同derby一样，有“发射前锁定”和“发射后锁定”两种模式，说明导弹具备近距离格斗能力。
下面是资料：
“RAFAEL is unveiling a new, extended range version of its Beyond Visual Range (BVR) active radar-guided air-to-air missile – the I-Derby ER. It is an evolutionary version of the Derby BVR missile unveiled earlier this year at Aero India. The Derby entered service in the mid-1990s and is fielded with six customers worldwide.
The latest variant is equipped with a new seeker that employs an advanced solid-state Software Defined Radar (SDR), based on combat proven technology derived from the Tamir missile, the interceptor used in RAFAEL’s Iron Dome system.
The new seeker is lighter and more compact than its predecessor, thus clearing valuable space which has been used by the missile designers to increase the propulsion system by adding a second mode (kick), accelerating the missile at the terminal phase of the flight. This new addition increases the range of the I-Derby ER beyond 100 km., significantly more than its current “short/medium” range capability.
This “second kick” greatly improves the missile’s performance. “This phase is not serial, but operates independently of the primary rocket propulsion as it is activated at any time during the fight, by the flight control system.” Yaniv explains. The second pulse would likely kick in when the missile is closing on its target, accelerating it and increasing its kinematic envelope, thus increasing its “no escape zone”.”