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Liability of the Fully Autonomous Shipowner to the Shipper
Ağustos 2026 / 1. Baskı / 307 Syf.
Fiyatı: 700.00 TL
Temin süresi 2-3 gündür.
 
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The principal research question of this thesis focuses on the liability of the fully autonomous shipowner towards the shipper for damage to cargo resulting from a collision on the high seas. In addressing this question, it is essential to examine the legal issues that directly influence the liability regime, namely the seaworthiness of the ship and the conduct of navigation in accordance with collision-avoidance standards. For this reason, the second research question considers whether fully autonomous ships are seaworthy, taking into account both the technologies on board and the systems located in the remote operation centre. The third research question focuses on the legal rules governing collision avoidance and prevention in fully autonomous navigation, as well as the extent of the shipowner's duty of due diligence in ensuring compliance with these rules.

By addressing these three central research questions, this thesis aims to contribute to the broader discourse on maritime law and fully autonomous shipping, providing valuable insights into the legal challenges, liability regime and implications associated with the emergence of fully autonomous cargo ships.

Konu Başlıkları
İntroduction
Legal Examination of Autonomous Ships: Autonomous Ship Definition and Classification, Freedom of Navigation Under Unclos
Safety Certificates of Fully Autonomous Ships Under Solas: A Regulatory Perspective for Technological Competence of Fully Autonomous Systems
Compliance of Fully Autonomous Ships With Colregs:uating Collision Avoidance and Colregs–Compliant Navigation
Liability of Fully Autonomous Shipowner to Shipper for Damages and Loss to Transported Goods Due to Collision Under The Rotterdam
Barkod: 9786253779986
Yayın Tarihi: Ağustos 2026
Baskı Sayısı:  1
Ebat: 16x24
Sayfa Sayısı: 307
Yayınevi: Adalet Yayınevi
Kapak Türü: Karton Kapaklı
Dili: İngilizce
Ekler: -

 

İÇİNDEKİLER
CONTENTS
1. INTRODUCTION  13
A. RESEARCH QUESTION  14
B. AIMS AND OBJECTIVES  14
C. SIGNIFICANCE OF THE RESEARCH  16
D. STRUCTURE OF THESIS  17
E. RESEARCH CONTEXT  19
F. METHODOLOGY  33
2. LEGAL EXAMINATION OF AUTONOMOUS SHIPS: AUTONOMOUS SHIP
DEFINITION AND CLASSIFICATION, FREEDOM OF
NAVIGATION UNDER UNCLOS  39
A. AUTONOMOUS SHIP DEFINITION AND CLASSIFICATION OF
AUTONOMOUS SHIPS ACCORDING TO HUMAN INVOLVEMENT
AND DEGREE OF AUTONOMY  40
i. Ship Definition and Autonomous Ships  42
ii. Overview of The Regulatory Scoping Exercise and
Autonomous Ships Related IMO Circulars until May 2023  44
iii. The Classification of Autonomous Ships Based on Autonomy
Level and Manning  56
B. FREEDOM OF NAVIGATION FOR FULLY AUTONOMOUS SHIPS
WITHIN THE SCOPE OF UNCLOS  63
i. Nationality of Fully Autonomous Ships and the Genuine Link
Concept  64
ii. Freedom of Navigation of Fully Autonomous Ships at High
Seas and Exclusive Economic Zones under UNCLOS  69
iii. Safe Manning Challenges for Fully Autonomous Shipping  74
iv. Adaptability of UNCLOS and Possible Revisions for Fully
Autonomous Ships  79
3. SAFETY CERTIFICATES OF FULLY AUTONOMOUS SHIPS
UNDER SOLAS: A REGULATORY PERSPECTIVE FOR
TECHNOLOGICAL COMPETENCE OF FULLY
AUTONOMOUS SYSTEMS  83
A. ROLE OF SEAWORTHINESS IN LIABILITY REGIME AND NON–
COMPLIANCE WITH SEAWORTHINESS OBLIGATION  85
B. LEGAL CONSIDERATION OF ADVANCED NAVIGATIONAL
TECHNOLOGIES IN FULLY AUTONOMOUS SHIPS AND
EFFECTIVENESS OF EXISTING SOLAS REGULATIONS  92
i. Technical Adequacy of Fully Autonomous Cargo Ships for
Voyages: Ship Safety Certificates under SOLAS  93
ii. Safety Certificates for Remote Operation (Control) Centres:
Communication, Data Transfer and Steering Gear
Equipment  104
C. CONCLUSION  118
4. COMPLIANCE OF FULLY AUTONOMOUS SHIPS WITH COLREGS:
EVALUATING COLLISION AVOIDANCE AND COLREGS–
COMPLIANT NAVIGATION  123
A. DEFINITION OF COLLISION  124
B. LEGAL EXAMINATION OF COLREGS FOR FULLY AUTONOMOUS
SHIPS NAVIGATION: NAVIGATIONAL RULES AND
CHALLENGES  125
i. Importance of Voyage Planning for Fully Autonomous Ships’
Operations and Collision Prevention  126
ii. The Application of COLREGS to Fully Autonomous Ships:
Bridging Traditional Rules and Innovation  130
iii. Marine Casualty and Incident Reporting: Way Forward to
Adapt COLREGS  146
C. CERTIFICATE CHALLENGES FOR FULLY AUTONOMOUS
SHIPS CREW AND LIABILITY REGIME  149
D. CONCLUSION  156
5. LIABILITY OF FULLY AUTONOMOUS SHIPOWNER TO SHIPPER FOR
DAMAGES AND LOSS TO TRANSPORTED GOODS
DUE TO COLLISION UNDER THE ROTTERDAM RULES  161
A. INTRODUCTORY OVERVIEW OF THE ROTTERDAM RULES  163
B. DISCUSSION ON THE APPLICABILITY OF THE
ROTTERDAM RULES TO SOFTWARE
MANUFACTURERS AND REMOTE CREW  165
C. ANALYSING THE LIABILITY REGIME FOR FULLY
AUTONOMOUS SHIPS: ADDRESSING THE CARGO
LIABILITY IN COLLISION  177
i. StrictFault Liability of Shipowner for Collision: Legal
Scholars’ Approaches  177
ii. Scope of Liability and Burden of Proof Under the
Rotterdam Rules  187
iii. Partial Liability in Fully Autonomous Ships Collision: Act of
God, Inevitable Accident, Latent Defects and Agony of the
Moment  197
D. SCOPE OF SHIPPER’S OBLIGATION AND SOFTWARE
MANUFACTURER’S DUTY TO UPDATE
AUTONOMOUS SYSTEMS  215
i. Shipper’s Obligation and Relief of Liability for the Carrier  216
ii. Fully Autonomous Shipbuilding: Software Maintenance and
Due Diligence for Seaworthiness  227
E. COMPENSATION  234
F. CONCLUSION  237
6. CONCLUSION  243
BIBLIOGRAPHY  253
 







 

İÇİNDEKİLER
CONTENTS
1. INTRODUCTION  13
A. RESEARCH QUESTION  14
B. AIMS AND OBJECTIVES  14
C. SIGNIFICANCE OF THE RESEARCH  16
D. STRUCTURE OF THESIS  17
E. RESEARCH CONTEXT  19
F. METHODOLOGY  33
2. LEGAL EXAMINATION OF AUTONOMOUS SHIPS: AUTONOMOUS SHIP
DEFINITION AND CLASSIFICATION, FREEDOM OF
NAVIGATION UNDER UNCLOS  39
A. AUTONOMOUS SHIP DEFINITION AND CLASSIFICATION OF
AUTONOMOUS SHIPS ACCORDING TO HUMAN INVOLVEMENT
AND DEGREE OF AUTONOMY  40
i. Ship Definition and Autonomous Ships  42
ii. Overview of The Regulatory Scoping Exercise and
Autonomous Ships Related IMO Circulars until May 2023  44
iii. The Classification of Autonomous Ships Based on Autonomy
Level and Manning  56
B. FREEDOM OF NAVIGATION FOR FULLY AUTONOMOUS SHIPS
WITHIN THE SCOPE OF UNCLOS  63
i. Nationality of Fully Autonomous Ships and the Genuine Link
Concept  64
ii. Freedom of Navigation of Fully Autonomous Ships at High
Seas and Exclusive Economic Zones under UNCLOS  69
iii. Safe Manning Challenges for Fully Autonomous Shipping  74
iv. Adaptability of UNCLOS and Possible Revisions for Fully
Autonomous Ships  79
3. SAFETY CERTIFICATES OF FULLY AUTONOMOUS SHIPS
UNDER SOLAS: A REGULATORY PERSPECTIVE FOR
TECHNOLOGICAL COMPETENCE OF FULLY
AUTONOMOUS SYSTEMS  83
A. ROLE OF SEAWORTHINESS IN LIABILITY REGIME AND NON–
COMPLIANCE WITH SEAWORTHINESS OBLIGATION  85
B. LEGAL CONSIDERATION OF ADVANCED NAVIGATIONAL
TECHNOLOGIES IN FULLY AUTONOMOUS SHIPS AND
EFFECTIVENESS OF EXISTING SOLAS REGULATIONS  92
i. Technical Adequacy of Fully Autonomous Cargo Ships for
Voyages: Ship Safety Certificates under SOLAS  93
ii. Safety Certificates for Remote Operation (Control) Centres:
Communication, Data Transfer and Steering Gear
Equipment  104
C. CONCLUSION  118
4. COMPLIANCE OF FULLY AUTONOMOUS SHIPS WITH COLREGS:
EVALUATING COLLISION AVOIDANCE AND COLREGS–
COMPLIANT NAVIGATION  123
A. DEFINITION OF COLLISION  124
B. LEGAL EXAMINATION OF COLREGS FOR FULLY AUTONOMOUS
SHIPS NAVIGATION: NAVIGATIONAL RULES AND
CHALLENGES  125
i. Importance of Voyage Planning for Fully Autonomous Ships’
Operations and Collision Prevention  126
ii. The Application of COLREGS to Fully Autonomous Ships:
Bridging Traditional Rules and Innovation  130
iii. Marine Casualty and Incident Reporting: Way Forward to
Adapt COLREGS  146
C. CERTIFICATE CHALLENGES FOR FULLY AUTONOMOUS
SHIPS CREW AND LIABILITY REGIME  149
D. CONCLUSION  156
5. LIABILITY OF FULLY AUTONOMOUS SHIPOWNER TO SHIPPER FOR
DAMAGES AND LOSS TO TRANSPORTED GOODS
DUE TO COLLISION UNDER THE ROTTERDAM RULES  161
A. INTRODUCTORY OVERVIEW OF THE ROTTERDAM RULES  163
B. DISCUSSION ON THE APPLICABILITY OF THE
ROTTERDAM RULES TO SOFTWARE
MANUFACTURERS AND REMOTE CREW  165
C. ANALYSING THE LIABILITY REGIME FOR FULLY
AUTONOMOUS SHIPS: ADDRESSING THE CARGO
LIABILITY IN COLLISION  177
i. StrictFault Liability of Shipowner for Collision: Legal
Scholars’ Approaches  177
ii. Scope of Liability and Burden of Proof Under the
Rotterdam Rules  187
iii. Partial Liability in Fully Autonomous Ships Collision: Act of
God, Inevitable Accident, Latent Defects and Agony of the
Moment  197
D. SCOPE OF SHIPPER’S OBLIGATION AND SOFTWARE
MANUFACTURER’S DUTY TO UPDATE
AUTONOMOUS SYSTEMS  215
i. Shipper’s Obligation and Relief of Liability for the Carrier  216
ii. Fully Autonomous Shipbuilding: Software Maintenance and
Due Diligence for Seaworthiness  227
E. COMPENSATION  234
F. CONCLUSION  237
6. CONCLUSION  243
BIBLIOGRAPHY  253
 


 
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