Neutron launch vehicle

GPTKB entity

Statements (83)
Predicate Object
gptkbp:instance_of gptkb:Space_Launch_System
gptkbp:academic_programs experienced engineering team
gptkbp:advances leveraging technology advancements
gptkbp:benefits positive project outcomes
gptkbp:challenges addressing engineering challenges
gptkbp:collaboration exploring international collaborations
gptkbp:commercial_viability aiming for commercial viability
gptkbp:community_engagement engaging with the community
gptkbp:competitors gptkb:Space_X_Falcon_9
gptkbp:customer_base commercial satellite operators
gptkbp:customer_feedback incorporating customer feedback
gptkbp:customer_satisfaction prioritizing customer satisfaction
gptkbp:design_purpose to provide affordable access to space
gptkbp:development Rocket Lab engineers
gptkbp:diameter 4 meters
gptkbp:durability partially reusable
gptkbp:educational_programs supporting educational initiatives
gptkbp:engine ongoing engine development
gptkbp:engine_type gptkb:Team_Rocket
gptkbp:environmental_concerns designed with environmental impact in mind
gptkbp:first_flight 2024
planned test flights
gptkbp:fuel_type RP-1 and Liquid Oxygen
gptkbp:funding secured project funding
gptkbp:future_plans expansion of launch capabilities
gptkbp:guidance_system gptkb:navigation_system
gptkbp:height 40 meters
gptkbp:historical_achievement tracking project milestones
https://www.w3.org/2000/01/rdf-schema#label Neutron launch vehicle
gptkbp:innovation developing innovation strategy
implementing engineering innovations
gptkbp:intended_use gptkb:Space_Launch_System
gptkbp:involved_technology integrating advanced technologies
gptkbp:is_tested_for conducting launch vehicle testing
gptkbp:is_visible_from ensuring project transparency
gptkbp:launch_date up to 12 launches per year
gptkbp:launch_price gptkb:$5_million
gptkbp:launch_site Mahia Peninsula, New Zealand
gptkbp:launch_vehicle innovative launch vehicle design
medium-lift launch vehicle
Rocket Lab launch vehicles
enhancing launch vehicle reliability
expanding launch vehicle capabilities
optimizing launch vehicle performance
gptkbp:launch_vehicle_design_philosophy innovative design philosophy
gptkbp:launch_window flexible launch windows
gptkbp:launched efficient launch operations
gptkbp:manufacturer gptkb:Rocket_Lab
gptkbp:market conducting market analysis
gptkbp:market_position strategic market positioning
gptkbp:mission vertical launch
targeting high success rate
planning future missions
gptkbp:mission_type commercial and government missions
gptkbp:number_of_stages 2
gptkbp:operational_range up to 2,000 km altitude
gptkbp:orbit_type Low Earth Orbit (LEO)
gptkbp:partnership forming industry partnerships
gptkbp:partnerships collaborations with satellite companies
gptkbp:payload_capacity 4.5 meters
integrated payloads
8,000 kg to LEO
deploys payloads into orbit
gptkbp:production_status in development
gptkbp:project achieving project goals
projected timeline for completion
providing project updates
clear project vision
gptkbp:project_execution efficient project execution
gptkbp:propulsion 1,000 k N
gptkbp:public_interest high public interest
gptkbp:regulatory_compliance seeking regulatory approvals
gptkbp:related_vehicle gptkb:Electron_rocket
gptkbp:risk_management implementing risk management strategies
gptkbp:safety_features redundant systems
gptkbp:specification detailed technical specifications available
gptkbp:stakeholders engaging stakeholders
gptkbp:supply_chain effective supply chain management
developing supply chain partnerships
gptkbp:sustainability_efforts aligning with sustainability goals
gptkbp:target_market small satellite market
gptkbp:bfsParent gptkb:Rocket_Lab_Mission_Control
gptkbp:bfsLayer 7