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http://www.xinhuanet.com/photo/2019-08/05/c_1124838351.htm
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
8月3日，西北工业大学研究团队的学生给原理验证样机装上蒙皮。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
原理验证样机在西北工业大学的游泳池内进行转弯（8月3日摄）。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
西北工业大学研究团队与原理验证样机合影（8月3日摄）。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
8月3日，西北工业大学研究团队的师生对原理验证样机进行调试。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
8月3日，西北工业大学研究团队的学生在调试原理验证样机的内部骨架。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
原理验证样机在西北工业大学的游泳池内展示扑动前进（8月3日摄）。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
这是西北工业大学研究团队研制的I型工程样机（8月3日摄）。I型工程样机翼展2米，重120公斤，采用刚性机翼，主要验证滑翔能力。
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
Http://www.xinhuanet.com/photo/2019-08/05/c_1124838351.htm
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (1) Bionic manta ray submersible was successfully developed in Xi'an
On August 3, the students of the research team of Northwestern Polytechnical University put the skin on the principle proofing prototype.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (2) The bionic manta ray submersible was successfully developed in Xi'an
The principle verification prototype was turned in the swimming pool of Northwestern Polytechnical University (photo taken on August 3).
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (3) Bionic manta ray submersible was successfully developed in Xi'an
The research team of Northwestern Polytechnical University took a group photo with the prototype verification prototype (photo taken on August 3).
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (4) Bionic manta ray submersible was successfully developed in Xi'an
On August 3, the teachers and students of the research team of Northwestern Polytechnical University debugged the prototype verification prototype.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (5) Bionic manta ray submersible was successfully developed in Xi'an
On August 3, the students of the research team of Northwestern Polytechnical University verified the internal skeleton of the prototype in the debugging principle.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (6) The bionic manta ray submersible was successfully developed in Xi'an
The proof-of-principle prototype showed a fluttering move in the swimming pool of Northwestern Polytechnic University (photo taken on August 3).
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Science and Technology) (7) Bionic manta ray submersible was successfully developed in Xi'an
This is a type I engineering prototype developed by the research team of Northwestern Polytechnical University (photo taken on August 3). The I-type engineering prototype has a wingspan of 2 meters and weighs 120 kilograms. It uses rigid wings to verify the gliding ability.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
仿生蝠鲼潜航器在西安研制成功
2019年08月05日 11:54:26 | 来源： 新华网
日前，由西北工业大学牵头研制的滑扑一体自主变形仿生柔体潜航器在西安成功首航。自主变形仿生柔体潜航器项目以蝠鲼为仿生原型，将具备高推进效率、高机动性、高稳定性、低环境扰动、低噪音，以及大负载空间、大负载能力、海底软着陆等特点。 这款滑扑一体仿生柔体潜航器属于原理验证样机，翼展0.8米，由锂电池做动力，最高时速1节，能够逼真模拟蝠鲼的各种运动姿态。同时，研究团队正在开展三型工程样机的研制，将具备1000米下潜深度，可持续工作1个月的能力。
新华社记者 邵瑞 摄
Http://www.xinhuanet.com/photo/2019-08/05/c_1124838351.htm
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (1) Bionic manta ray submersible was successfully developed in Xi'an
On August 3, the students of the research team of Northwestern Polytechnical University put the skin on the principle proofing prototype.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (2) The bionic manta ray submersible was successfully developed in Xi'an
The principle verification prototype was turned in the swimming pool of Northwestern Polytechnical University (photo taken on August 3).
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (3) Bionic manta ray submersible was successfully developed in Xi'an
The research team of Northwestern Polytechnical University took a group photo with the prototype verification prototype (photo taken on August 3).
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (4) Bionic manta ray submersible was successfully developed in Xi'an
On August 3, the teachers and students of the research team of Northwestern Polytechnical University debugged the prototype verification prototype.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (5) Bionic manta ray submersible was successfully developed in Xi'an
On August 3, the students of the research team of Northwestern Polytechnical University verified the internal skeleton of the prototype in the debugging principle.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Technology) (6) The bionic manta ray submersible was successfully developed in Xi'an
The proof-of-principle prototype showed a fluttering move in the swimming pool of Northwestern Polytechnic University (photo taken on August 3).
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
Bionic manta ray submersible was successfully developed in Xi'an
August 05, 2019 11:54:26 | Source: Xinhuanet
(Science and Technology) (7) Bionic manta ray submersible was successfully developed in Xi'an
This is a type I engineering prototype developed by the research team of Northwestern Polytechnical University (photo taken on August 3). The I-type engineering prototype has a wingspan of 2 meters and weighs 120 kilograms. It uses rigid wings to verify the gliding ability.
Recently, the slip-flop integrated self-deformation bionic soft body submersible developed by Northwestern Polytechnical University successfully sailed in Xi'an. The self-deformed bionic soft body submersible project uses manta rays as a biomimetic prototype, which will have high propulsion efficiency, high maneuverability, high stability, low environmental disturbance, low noise, large load space, large load capacity, soft landing on the seabed, etc. . This slippery bionic soft body submersible is a proof-of-concept prototype with a wingspan of 0.8 meters. It is powered by a lithium battery and has a top speed of 1 knot. It can realistically simulate the various poses of manta rays. At the same time, the research team is working on the development of a three-type engineering prototype that will have a depth of 1000 meters and a sustainable working capacity of one month.
Xinhua News Agency reporter Shao Rui photo
