Borealis Propulsion Lab is a British Columbia engineering and manufacturing company developing hardware for moving payloads in space. Its propulsion work spans bipropellant engines and feed components, kick-stage technologies and electric propulsion. These activities sit alongside an available machining and fabrication business, Borealis Manufacturing, which serves outside engineering teams from Chilliwack.
The two sides have different buying decisions. A manufacturing customer can bring a drawing, model or existing part for quotation; a propulsion customer needs to establish the development article, performance requirements and verification plan with the engineering team. Borealis says commercial manufacturing work finances its propulsion R&D. The federal registry lists the legal corporation as active, incorporated in August 2025.
Operating context
The Chilliwack shop gives Borealis an internal route from design to machined hardware while also taking outside work. Its current equipment list includes a CNC machining centre and live-tool mill-turning; customers can supply engineering models or drawings, agree critical dimensions and arrange finishing with the shop. The current CNC page sets tolerances by job, reflecting the material, feature and workholding involved.
That manufacturing capability reduces one practical dependency in propulsion development, but it does not establish engine qualification. The propulsion pages describe combustion, ignition, propellant-feed and attitude-control components; the homepage also lists electric propulsion as in development. SFU Rocketry identifies former president and chief engineer Bradley Schellenberg as building Borealis; his student-team experience provides professional background rather than corporate flight heritage.
Canadian footprint
Manufacturing and R&D operate at 103–7990 Lickman Road in Chilliwack, British Columbia. The company publishes 170–422 Richards Street in Vancouver as its headquarters and mailing address. Corporations Canada separately records the legal registered office care of Ink LLP at 900 West Hastings Street, Suite 1200, Vancouver; that legal office is not the manufacturing site.
Vancouver, British Columbia is the published city-level context for Borealis Propulsion. It does not imply a street address or exact facility location.
Borealis offers two useful conversations: contract manufacturing with a small Chilliwack engineering shop, and development of propulsion hardware for Canadian space platforms. Published machining limits make an early parts quotation practical; propulsion engagement starts with the article, interfaces and verification plan. The machining business is also the company’s stated funding base for R&D.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Borealis develops bipropellant propulsion hardware and supporting components for small engines, kick stages and spacecraft manoeuvring. The published R&D areas include injector and ignition development, propellant-feed hardware and reaction-control modules. The homepage also lists electric propulsion as in development.
The offering is an engineering-development relationship supported by in-house machining and test-infrastructure development. Propulsion performance, mission interfaces and schedules are discussed directly; the public portfolio does not establish an achieved TRL, validated numerical envelope or flight heritage.
Evidence of maturity
Company-described development portfolio. Public evidence does not establish numerical propulsion performance, flight qualification or an achieved TRL.
Commercial availability
Program-specific R&D and component discussions through Borealis; performance and timelines require direct engineering agreement.
Core features
Bipropellant engine and injector development
Ignition modules intended for integration into customer propulsion systems
Propellant-feed manifolds, valves and related component R&D
Reaction-control and kick-stage technologies for orbital manoeuvres
Electric propulsion listed within the development portfolio
Recorded applications
Propulsion development for kick stages and orbit adjustment
Spacecraft attitude-control and in-space mobility engineering
Contract machining, fabrication and engineering support
Read technical summary
Borealis Manufacturing offers prototype and production machining, fabrication and engineering assistance from Chilliwack. The service accepts finished drawings, 3D models or existing parts for reverse engineering. Its published CNC envelope is 30 × 30 × 16 inches for milling and 14-inch swing by 30 inches between centres for turning, with live-tool mill-turning available.
Customers agree tolerances and delivery per job. Parts are measured against the drawing before shipment; some finishing and structural or pressure-rated welding requirements use outside specialists. These are company-stated service capabilities, with certification and acceptance documentation to be specified for the actual job.
Evidence of maturity
Commercial service offered by quotation, with company-described dimensional inspection; qualification evidence depends on the job.
Commercial availability
One-off parts through production runs, subject to material, tolerances and shop capacity; Canadian and international delivery can be arranged.
Core features
Three- and four-axis CNC milling and five-axis live-tool mill-turning
Aluminum, steel, brass, copper and engineering-plastic machining
CAD, drawing-based work and reverse engineering of existing parts
Public record
Commercial context
Machining and fabrication are offered by quotation; propulsion systems and components are developed through program-specific engineering discussions.
Financing and disclosed activity
Borealis states that commercial manufacturing work directly finances its propulsion research and development. The inspected public evidence does not establish a financing-round amount or government contribution to the company.
Ownership and entity scope
The company describes itself as Canadian owned. Corporations Canada lists Borealis Propulsion Lab Inc. as an active federal corporation; individual shareholdings are not stated here.
Questions for a first conversation
01
Which propulsion article, propellant combination and completed tests support the required thrust, interfaces and delivery milestone?
The public portfolio names propulsion components and development directions, while numerical performance and timelines are discussed directly with the company.
02
Which material certificates, critical dimensions, inspection records and external processes should be included in the machining quotation?
Borealis quotes tolerances per job, accepts customer materials and uses outside partners for some finishing and rated weldments.
Original sources 10 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Profile · defence posture
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Profile · editorial profile version
Borealis Propulsion has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Profile · operating context
The official material supports the listed features of Liquid and electric in-space propulsion systems; the feature list is intentionally limited to public wording.
The company states that commercial manufacturing work directly funds its propulsion R&D.
Supports: Profile · commercial status
The company describes program-specific engineering collaboration without a propulsion catalogue.
Supports: Profile · operating context
Borealis states that commercial manufacturing work directly funds its propulsion R&D. Vancouver is the registered headquarters and mailing address; Chilliwack is the manufacturing and R&D facility with machining, fabrication and test infrastructure. No public flight-qualified product, customer award or published propulsion specification is established by this page.
True North Map derives this first-conversation question from the documented Borealis Propulsion capability, current evidence and the decision gap that remains.
Supports: Profile · operating context
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Borealis Propulsion's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Profile · current activity
True North Map classifies the legacy undated product description as operating context rather than a material current development, so the optional Recent Activity field is cleared.
Supports: Profile · description
Borealis Propulsion's official public material supports its Canadian identity and the bounded capability description used in this candidate.
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Profile · description
The current company homepage lists chemical and electric propulsion systems for spacecraft and kick stages as In Development.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Liquid and electric in-space propulsion systems · technicaldomainslugs
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · defence applications
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · core features
The current company homepage lists chemical and electric propulsion systems for spacecraft and kick stages as In Development.
Supports: Liquid and electric in-space propulsion systems · technicaldomainslugs
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · summary
The official capability material supports Liquid and electric in-space propulsion systems as a bounded public offering; no uncited performance or customer claim is added.
Supports: Liquid and electric in-space propulsion systems · commercial availability
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · maturity
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · technical tags
The current company homepage lists chemical and electric propulsion systems for spacecraft and kick stages as In Development.
Supports: Liquid and electric in-space propulsion systems · maturity
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Liquid and electric in-space propulsion systems · core features
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · name
The current company homepage lists chemical and electric propulsion systems for spacecraft and kick stages as In Development.
Supports: Liquid and electric in-space propulsion systems · maturity
The current company homepage lists chemical and electric propulsion systems for spacecraft and kick stages as In Development.
Supports: Liquid and electric in-space propulsion systems · technology readiness level
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Liquid and electric in-space propulsion systems · commercial availability
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Liquid and electric in-space propulsion systems · name
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · summary
The current company homepage lists chemical and electric propulsion systems for spacecraft and kick stages as In Development.
Supports: Liquid and electric in-space propulsion systems · summary
The company states that specifications, performance and timelines are shared directly; inspected product pages contain no published thrust, specific impulse, power or flight-heritage figures.
Supports: Liquid and electric in-space propulsion systems · technical tags
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · technical tags
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · summary
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · capability type
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Liquid and electric in-space propulsion systems · technology readiness level
Borealis Propulsion Lab Inc. identifies headquarters in Vancouver and manufacturing and R&D in Chilliwack. Chemical and electric propulsion systems and engine/fluid components are explicitly in development. Precision machining, fabrication, repair and assembly services are a separate commercial offering; public propulsion performance and program timelines are not supplied.
Supports: Profile · description
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports: Profile · description
The company states that commercial manufacturing work directly funds its propulsion R&D.
Supports: Profile · canadian footprint
Borealis states that commercial manufacturing work directly funds its propulsion R&D. Vancouver is the registered headquarters and mailing address; Chilliwack is the manufacturing and R&D facility with machining, fabrication and test infrastructure. No public flight-qualified product, customer award or published propulsion specification is established by this page.
Borealis states that commercial manufacturing work directly funds its propulsion R&D. Vancouver is the registered headquarters and mailing address; Chilliwack is the manufacturing and R&D facility with machining, fabrication and test infrastructure. No public flight-qualified product, customer award or published propulsion specification is established by this page.
Supports: Profile · disclosed financing summary
The company states that commercial manufacturing work directly funds its propulsion R&D.
Supports: Liquid and electric in-space propulsion systems · defence applications
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports: Liquid and electric in-space propulsion systems · capability type
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports: Liquid and electric in-space propulsion systems · summary
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports: Liquid and electric in-space propulsion systems · core features
Borealis states that commercial manufacturing work directly funds its propulsion R&D. Vancouver is the registered headquarters and mailing address; Chilliwack is the manufacturing and R&D facility with machining, fabrication and test infrastructure. No public flight-qualified product, customer award or published propulsion specification is established by this page.
Supports: Liquid and electric in-space propulsion systems · summary
Borealis states that commercial manufacturing work directly funds its propulsion R&D. Vancouver is the registered headquarters and mailing address; Chilliwack is the manufacturing and R&D facility with machining, fabrication and test infrastructure. No public flight-qualified product, customer award or published propulsion specification is established by this page.
Supports: Liquid and electric in-space propulsion systems · core features
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports: Liquid and electric in-space propulsion systems · technicaldomainslugs
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports: Liquid and electric in-space propulsion systems · commercial availability
The company describes program-specific engineering collaboration without a propulsion catalogue.
Supports: Liquid and electric in-space propulsion systems · technical tags
The company describes its focus as kick stages, orbit adjustment and in-space mobility.
Supports:
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Supports: Profile · operating context
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Supports: Profile · defence posture
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Supports: Profile · operating context
The component roadmap includes flow conditioners, valves, manifolds and pumps.
Supports: Profile · operating context
Drop-in ignition modules are intended for integration into customer propulsion systems.
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Supports: Liquid and electric in-space propulsion systems · capability type
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Supports: Liquid and electric in-space propulsion systems · core features
Reaction control system modules are intended for attitude control and precise orbital manoeuvres.
Supports: Liquid and electric in-space propulsion systems · core features
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Supports: Liquid and electric in-space propulsion systems · summary
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Supports: Liquid and electric in-space propulsion systems · summary
Reaction control system modules are intended for attitude control and precise orbital manoeuvres.
Supports: Liquid and electric in-space propulsion systems · name
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Supports: Liquid and electric in-space propulsion systems · core features
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Supports: Liquid and electric in-space propulsion systems · technicaldomainslugs
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Supports: Liquid and electric in-space propulsion systems · core features
The component roadmap includes flow conditioners, valves, manifolds and pumps.
Supports: Liquid and electric in-space propulsion systems · technical tags
Reaction control system modules are intended for attitude control and precise orbital manoeuvres.
Supports: Liquid and electric in-space propulsion systems · technical tags
BPL describes development of small bipropellant engines, injectors, ignition systems and feed components.
Supports: Liquid and electric in-space propulsion systems · summary
BPL lists mobile engine test facilities as a development activity, without a published completed qualification result.
Supports: Liquid and electric in-space propulsion systems · core features
Drop-in ignition modules are intended for integration into customer propulsion systems.
Supports: Liquid and electric in-space propulsion systems · technical tags
The component roadmap includes flow conditioners, valves, manifolds and pumps.
Supports: Liquid and electric in-space propulsion systems · defence applications
Reaction control system modules are intended for attitude control and precise orbital manoeuvres.
Supports: Liquid and electric in-space propulsion systems · summary
Borealis presents in-space propulsion and related components as development programmes with detailed performance and programme discussions handled directly. Procurement assessment therefore needs programme-specific maturity, verification, interfaces and delivery evidence; catalogue presence is not flight heritage.
Current CNC page quotes tolerances per job based on feature, material and holding method, and confirms unspecified dimensions before machining.
Supports: Precision machining and fabrication · technical tags
The service accepts STEP and IGES models, SOLIDWORKS and FUSION files, and DXF, DWG and PDF drawings.
Supports: Precision machining and fabrication · core features
Current CNC services include five-axis live-tool mill-turning as well as standard two-axis turning.
Supports: Precision machining and fabrication · core features
The service lists aluminum, stainless steel, carbon and alloy steel, brass, copper and engineering plastics.
Supports: Precision machining and fabrication · core features
The published single-operation CNC milling envelope is 30 by 30 by 16 inches, with three- and four-axis machining.
Supports: Precision machining and fabrication · summary
CNC turning is specified at 14-inch swing over bed and 30 inches between centres.
Supports: Precision machining and fabrication · summary
The published single-operation CNC milling envelope is 30 by 30 by 16 inches, with three- and four-axis machining.
Supports: Precision machining and fabrication · summary
The service accepts STEP and IGES models, SOLIDWORKS and FUSION files, and DXF, DWG and PDF drawings.
Supports: Precision machining and fabrication · core features
The service accepts STEP and IGES models, SOLIDWORKS and FUSION files, and DXF, DWG and PDF drawings.
Supports: Precision machining and fabrication · technical tags
Current CNC services include five-axis live-tool mill-turning as well as standard two-axis turning.
Supports: Precision machining and fabrication · technical tags
The published single-operation CNC milling envelope is 30 by 30 by 16 inches, with three- and four-axis machining.
Supports: Precision machining and fabrication · summary
Current CNC page quotes tolerances per job based on feature, material and holding method, and confirms unspecified dimensions before machining.
Supports: Profile · legal name
Corporations Canada lists BOREALIS PROPULSION LAB INC., corporation number 1724726-5.
Supports: Profile · description
The Certificate of Incorporation is dated August 18, 2025 under the Canada Business Corporations Act; this is not an independently established operational founding date.
Supports: Profile · ownership
The official registry lists the corporation as Active at the time of access.
Supports: Profile · description
The official registry lists the corporation as Active at the time of access.
Borealis Propulsion's current public material presents a Vancouver-headquartered space-propulsion company with Canadian manufacturing and R&D activity. The record captures publicly described propulsion products only and does not infer launch contracts, flight heritage or defence adoption.
Supports: Profile · profileData.publicContactPath
The official public website provides a durable contact path for Borealis Propulsion; no personal contact data is collected.
Supports: Profile · canadian footprint
Durable public material supports Borealis Propulsion's operating presence in Vancouver, British Columbia, Canada.
Supports: Profile · profileData.currentActivity
Borealis Propulsion's current public material presents a Vancouver-headquartered space-propulsion company with Canadian manufacturing and R&D activity. The record captures publicly described propulsion products only and does not infer launch contracts, flight heritage or defence adoption.
Supports: Precision machining and fabrication · maturity
The company describes measurement against the drawing before shipment, without claiming an aerospace certification.
Supports: Precision machining and fabrication · summary
The company describes measurement against the drawing before shipment, without claiming an aerospace certification.
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