Symbio Explorer Vesel Penyelidikan oleh Guo Qian

Reka bentuk Symbio Explorer Vesel Penyelidikan oleh Guo Qian ialah pemenang yang sangat dihormati bagi 2026 A' Design Award Besi yang amat berprestij dalam Kategori Pertandingan Reka Bentuk Kapal Layar dan Kapal Marin.

BesiKapal Layar· 2026

Symbio Explorer Vesel Penyelidikan

oleh Guo Qian

Klien: Southern Marine Science And Engineering Guangdong Laboratory (Zhuhai)

Pemenang A' Design Award Besi dalam Kategori Kapal Layar

7,954

Pemenang Anugerah Yang Disahkan

Sahkan Status Anugerah untuk #179705

Lawati Laman Lihat di A' Design Award Siaran Akhbar Lencana Anugerah

Warna

Reka Bentuk

Mengenai Symbio Explorer Vesel Penyelidikan

SymBio Explorer ialah vesel penyelidikan autonomi yang direka untuk ekspedisi saintifik kutub. Vesel ini berfungsi sebagai kapal induk bagi sistem dron udara, permukaan dan bawah air, serta boleh dikendalikan dari jauh. Lengkungan organik yang berterusan mengalir dari haluan ke buritan, memberikan badan kapal bentuk biomorfik tanpa sudut tegar. Peralatan kerja seperti kren angkat bingkai-A diserap secara visual ke dalam badan kapal bagi mengekalkan garis luar yang bersatu. Dek sebelah kiri (port) menyokong pelancaran dron, manakala sebelah kanan (starboard) digunakan untuk pemulihan. Vesel ini berukuran 88.5 meter panjang dan 14 meter lebar, serta menggunakan sistem pendorongan elektrik sepenuhnya.

Pengiktirafan

Mengenai A' Design Award Besi

Symbio Explorer Vesel Penyelidikan ialah pemenang A' Design Award Besi, pengiktirafan yang berprestij yang dianugerahkan kepada reka bentuk yang baik yang memenuhi keperluan profesional dan industri yang dijangka daripada ciptaan yang direka dengan baik. Pemenang Besi menunjukkan kemahiran yang besar, kepakaran yang tinggi, kefahaman pakar dan keupayaan kreatif penciptanya. Symbio Explorer Vesel Penyelidikan diharapkan menjadi ciptaan yang sangat dihargai, dikagumi dan disayangi yang praktikal dan inovatif. Reka bentuk pemenang A' Design Award Besi ini menyepadukan amalan terbaik industri dan mempunyai ciri teknikal yang kompeten yang dikaitkan dengan kepakaran dan bakat. Symbio Explorer Vesel Penyelidikan dihormati kerana ketelitiannya dan direka untuk memberikan peningkatan kualiti hidup yang membantu menjadikan dunia tempat yang lebih baik.

Di Sebalik Reka Bentuk

Kit Akhbar

Kredit, ahli pasukan dan butiran teknikal yang disediakan oleh pereka.

Ciri-Ciri Unik: Conventional research vessels follow engineering logic with industrial forms. This design challenges the fixed opinion by conceiving mothership as an entirely new species, a futuristic artificial-marine organism", a mysterious intelligent entity. It is neither a cold exploration instruments nor a larger whale, but a new aesthetics object, which emphasize a new ethics of species interaction, ecological balance and sustainable coexistence. It can achieve polar scientific expedition. The Design enhance visual ruggedness and embody the spirit of exploration.
Dimensi & Pembungkusan: Designed Displacement 2100 tons; Length 88.5 meters; Width 14.0 meters; Depth 6.1 meters; Maximum speed 18 knots; Economic speed 13 knots; Fully Electric Propulsion ；Autonomous Navigation and Remote Control;
Tag: i-ship , Symbiosis, Biology, artificial-marine organism, Intelligence
Teknologi Pengeluaran: The design employs continuous organic curves throughout form and detail. From bow to stern, from bridge to drone deck, the fluidity of these curves achieves formal closure while integrating functional requirements into a unified biomorphic envelope. This approach eliminates fragmented lines and rigid orthogonal geometries typical of modernist industrial design. Through the comprehensive application of form, material, and color, operational equipment such as A-frame hoists are visually absorbed into the hull, reducing their perceptual prominence and reinforcing the continuity of the overall silhouette.
Cabaran Reka Bentuk: The overall spatial layout is the key to ship design. Engineers are mainly responsible for organizing functional relationships and improving the efficiency of equipment and pipeline layout and placement. Designers consider the skeletal proportions and overall appearance of the appearance, as well as the humanized content such as the behavior and experience, perception and comfort of scientists and crew members. The challenge of the project lies in the communication, collaboration, debate, and compromise between designers and engineers.
Penyelidikan: The form research by two steps, named "reverse engineering". Firstly, polyurethane foam and oil sludge are used as materials, and the model is manually made at a scale of 1:100. Then, the solid model is taken as the object, and key point sets are collected by laser, and then imported into the 3D software (Rhino 7.0 version) for parametric design modification.
Inspirasi: SymBio Explorer imagines the research vessel as a new species, proposes an "artificial-marine organism" between machine and living creature. The biomorphic silhouette externalizes its identity as an intelligent unmanned system mothership. Merging "Symbiosis" and "Biology," it embodies a new ecological ethics: the ocean is not a resource to exploit, but an entity coexisting with humanity.
Tempoh Projek: The project started in June 2024 in Guangzhou and finished in May 2025 in Beijing.
Aliran Operasi: The SymBio Explorer is an autonomous, remotely-operable research vessel serving as a coordinated mothership for aerial, surface, and underwater drone systems. Certified with i-ship (No, R1, M, I) intelligent notation, it achieves autonomous navigation in open waters, assisted berthing, remote monitoring, equipment diagnostics, and predictive analysis. The port deck serves as UAV launch platform while starboard accommodates recovery; stern-mounted systems deploy surface craft and submersibles.
Kredit Imej: Image #1: Modeling and Rendering, Mothership, Zhou Rui, Li Tianyu;
Image #2: Modeling and Rendering, silhouette, Zhou Rui, Li Tianyu;
Image #3: Modeling and Rendering, iceberg, Zhou Rui, Li Tianyu;
Image #4: Modeling and Rendering, 45 degree, Zhou Rui, Li Tianyu;
Image #5: Modeling and Rendering, close up, Zhou Rui, Li Tianyu;