Remote Operating Vehicle — ROV

NTNU (The Norwegian University of Science and Technology)

Applied Underwater Robotics Lab (AUR-Lab) shall procure a new remote operating underwater vessel (ROV) for research. The ROV ought to be an electrical observation ROV, see the Norwegian Standard U102. The ROV shall mainly be used on NTNU's research vessel ‘Gunnerus’, but it shall be used down to 3 000 m depth, but is also ought to be a good and mobile platform for research in shallow water along the coast and in the fjords. It will also be used in polar environments, from ice-breakers and in tropical areas.
The ROV shall be used for technical development and testing, but also for geological and biological observation, measurements and sample taking. This can vary from sample taking and observation of small bacteria colonies to sample taking from seabed sediments and rock formations.
The ROV shall be a platform for advanced sensor equipment and it will be used to measure physical and chemical parameters. It will also be a tool for mapping and picturing the seabed with multi-ray echo sounders and side-searching sonar. The documentation and communication of marine research and underwater scenes uses photography, so HD/Ultra HD video will be an important assignment.
The ROV shall be used for testing technology developed by NTNU, in particular by the research centre AMOS. Engineers and researchers must be able to take control of the vessel at a low and high level through software. This can be solved through:
1. The vessel being based on an open source code;
2. NTNU gets access to the software from the supplier and there is a ‘Non-disclosure agreement’ between NTNU and the supplier;
3. The supplier creates a ‘Software Development Kit (SDK)’ that gives NTNU access to read and check the vessel's instruments, thrusts, pumps, manipulators, etc.
For further information on the contract's object see the specifications in annex 1 (attached).

Frist

Fristen for mottak av tilbud var 2016-08-12. Anskaffelsen ble publisert 2016-06-28.

Hvem? Hva? Hvor?
Anskaffelseshistorikk
Dato Dokument
2016-06-28 Kunngjøring av konkurranse
Kunngjøring av konkurranse (2016-06-28)
Gjenstand
Anskaffelsens omfang
Tittel: Unmanned underwater vehicles
Antall eller omfang:
Procurement of 1 (one) underwater vessel in accordance with the contracting authority's description and requirements.
Metadata for kunngjøring
Originalspråk: engelsk 🗣️
Dokumenttype: Kunngjøring av konkurranse
Kontraktens art: Varer
Forskrift: Det europeiske økonomiske samarbeidsområdet (EØS), med deltakelse av GPA-land
Felles innkjøpsordliste (CPV)
Kode: Ubemannede undervannsfartøy 📦

Prosedyre
Prosedyretype: Hurtig konkurranse med forhandling
Tilbudstype: Innlevering for alle delkontrakter
Tildelingskriterier
Det mest økonomisk fordelaktige tilbudet

Oppdragsgiver
Identitet
Land: Norge 🇳🇴
Type tildelende myndighet: Offentligrettslig organ
Navn på tildelende myndighet: NTNU (The Norwegian University of Science and Technology)
Postadresse: Jonsvannsveien 82, Building A
Postnummer: 7050
Poststed: Trondheim
Kontakt
E-post: terje.haarberg@ntnu.no 📧

Referanse
Datoer
Sendt dato: 2016-06-28 📅
Innleveringsfrist: 2016-08-12 📅
Publiseringsdato: 2016-07-02 📅
Identifikatorer
Kunngjøringsnummer: 2016/S 126-227216
OJ-S-utgave: 126

Gjenstand
Anskaffelsens omfang
Kort beskrivelse:
Applied Underwater Robotics Lab (AUR-Lab) shall procure a new remote operating underwater vessel (ROV) for research. The ROV ought to be an electrical observation ROV, see the Norwegian Standard U102. The ROV shall mainly be used on NTNU's research vessel ‘Gunnerus’, but it shall be used down to 3 000 m depth, but is also ought to be a good and mobile platform for research in shallow water along the coast and in the fjords. It will also be used in polar environments, from ice-breakers and in tropical areas.
Vis mer
The ROV shall be used for technical development and testing, but also for geological and biological observation, measurements and sample taking. This can vary from sample taking and observation of small bacteria colonies to sample taking from seabed sediments and rock formations.
Vis mer
The ROV shall be a platform for advanced sensor equipment and it will be used to measure physical and chemical parameters. It will also be a tool for mapping and picturing the seabed with multi-ray echo sounders and side-searching sonar. The documentation and communication of marine research and underwater scenes uses photography, so HD/Ultra HD video will be an important assignment.
Vis mer
The ROV shall be used for testing technology developed by NTNU, in particular by the research centre AMOS. Engineers and researchers must be able to take control of the vessel at a low and high level through software. This can be solved through:
1. The vessel being based on an open source code;
2. NTNU gets access to the software from the supplier and there is a ‘Non-disclosure agreement’ between NTNU and the supplier;
3. The supplier creates a ‘Software Development Kit (SDK)’ that gives NTNU access to read and check the vessel's instruments, thrusts, pumps, manipulators, etc.
For further information on the contract's object see the specifications in annex 1 (attached).
Varighet: 24 måneder
Referansenummer: ANSK-0131-16
Utførelsessted
Hovedsted eller utførelsessted: NTNU Trondheim.

Juridisk, økonomisk, finansiell og teknisk informasjon
Vilkår for deltakelse
Egnethet til å utøve yrkesvirksomheten: See the requirement specifications.
Økonomisk og finansiell stilling: See the requirement specifications.
Minste nivå(er) av standarder: See the requirement specifications.
Teknisk og faglig kapasitet: See the requirement specifications.

Prosedyre
Begrunnelse for hurtigprosedyre:
Due to the technical complexity, a new underwater vessel will be procured via a negotiated procedure. The final solutions based on our specifications do not exist in the current market and there will be a need to negotiate on the final solution proposal.
Vis mer
Språk
Språk: engelsk 🗣️
Andre språk: Norwegian.

Oppdragsgiver
Kontakt
Kontaktpunkt: Terje Haarberg
Navn: NTNU (The Norwegian University of Science and Technology)

Referanse
Identifikatorer
Referansenummer tildelt av oppdragsgiver: ANSK-0131-16
Kilde: OJS 2016/S 126-227216 (2016-06-28)