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New Horizon Aircraft (HOVR) Q1 FY27 earnings call: guidance and Q&A

Earnings call· Aug 2026 (Q1 FY27)· Industrials· Oct 9, 2026

Source: earnings call transcript

Executive summary

New Horizon Aircraft Q1 FY27 — X7 full-scale build ramps R&D; LOI pipeline tops $1B

Pre-revenue development call where the story is converting the validated design into a flying full-scale X7, with spending stepping up accordingly and a strong cash cushion funding it. Demand signals are LOI-based and hinge on flight-test proof; management frames financing as patient, leaning on non-dilutive sources. Format included a webcast/Reddit investor Q&A segment.

Highlights

4
  • Net loss narrowed to C$4.1M (C$0.06/share) from C$10.9M in the prior-year quarter, helped by a C$3.8M non-cash warrant fair-value gain (vs C$5.1M non-cash expense a year ago)

  • Cash above $70M at quarter-end with only C$0.6M raised via ATM (avg C$2.81 / US$2.04)

  • Signed LOIs cover up to 200 X7s including options, >$1B indicated value; new V-Star PowerLift LOI for up to 100 aircraft (~$600M) plus a 5-aircraft lease LOI

  • Team grew from 30 to 65+ employees (85+ FTEs with contractors); non-dilutive INSAT reimbursement ~C$0.5M received, expected >C$1M this fiscal year

Concerns

4
  • R&D expense rose to C$7.4M from C$2.7M; engineering within R&D C$5.3M vs C$0.3M, and spend is expected to stay elevated

  • Net cash used in operations C$7.2M vs C$2.4M a year ago

  • LOIs are non-binding; conversion depends on first flight and flight-test data

  • Certification target (early 2030) is a goal, not a promise; industry-peer testing setbacks could spill over

Guidance & targets

CategoryTargetConfidence
X7 demonstrator completion and start of testing
Complete aircraft around end of first calendar quarter 2027; begin testing shortly thereafter (ground runs, taxi, higher-speed taxi, then CTOL flight before vertical)
high materiality
Medium
First X7 certification
First aircraft certified in early 2030 (Transport Canada)
high materiality
Medium
R&D spending level
Development spending to remain elevated at current levels
medium materiality
Medium
INSAT reimbursable project costs
More than C$1M throughout the fiscal year
low materiality
Medium
Prototype build
Two full-scale prototypes initially; CTOL variant first, VTOL variant shortly after
medium materiality
Medium
Production rate at full ramp
200-300 aircraft per year at full rate from one facility
medium materiality
Low
Transport Canada certification progress
Advance to next steps over the winter, completing certification basis and means of compliance
medium materiality
Medium
Financing needs
No urgent requirements; ATM used patiently; future needs shaped by non-dilutive sources, defense/manufacturing partners, aircraft deposits (2028-2029 horizon)
medium materiality
Low

Product announcements

ProductTypeDetails
Cavorite X7 full-scale demonstratormilestone

Deals & partnerships

V-Star PowerLift Aviation Non-binding LOI for X7 purchases Up to 100 aircraft, ~$600M potential

Australian operator focused on emergency services and regional missions.

Great Lakes Helicopter LOI for MRO services and pilot training; contemplates additional aircraft purchases

Ontario-based operator.

BETA Technologies Flight control computers and customized fly-by-wire software

Platform flown over 200,000 miles.

Marshall Aerospace Flight dynamics and control model

Supports test campaign preparation.

Unnamed lessee/operator LOI for potential lease of 5 X7 aircraft

Counterparty not named.

Capital programs

INSAT ice protection project underway $10.4 million
Spent to date: ~C$0.5M reimbursed
Funding: Non-dilutive government support with reimbursed costs (~C$0.5M received; >C$1M expected in FY27)

Benefit:Ice protection technology (University of Toronto) for all-weather/known-icing capability

Wind tunnel testing on small samples began in July; considerable testing and regulatory work remain.

Risks & headwinds

Rising cash burn from full-scale development Ongoing

Operating cash use C$7.2M vs C$2.4M; R&D C$7.4M vs C$2.7M

Mitigation:Cash >$70M; non-dilutive funding; patient ATM use

Non-binding LOIs may not convert to orders After flight testing

Up to 200 aircraft, >$1B indicated value, all LOIs

Mitigation:Flight-test data to firm up customer interest

Certification and testing timeline uncertainty 2027-2030

Goal early 2030; no date promised

Mitigation:Certification-minded design, Transport Canada engagement, expert advisors

Sector contagion from peer eVTOL testing setbacks Ongoing

Not quantified

Mitigation:Differentiation as complementary long-range hybrid aircraft

Brownout/whiteout and outwash on unprepared surfaces Flight test phase

Not quantified

Mitigation:Distributed downwash design, synthetic vision, LIDAR, EO/IR

Governance and safety discipline as company scales Ongoing

Headcount 30 to 65+

Mitigation:Experienced executive team

What to watch in Q2 FY27

X7 rollout and test-start progress

Q2 FY27
Current Structure, propulsion and flight controls being assembled
Target Wings/fuselage delivered; on track for completion ~end CY Q1 2027

Why it matters

Flight testing is the trigger for LOI conversion and partner discussions

having wing structure and fuselage structure here in the next several months

Find out whether HOVR delivers this. Inve re-checks your case every morning.

Q&A highlights

What must happen for LOIs to become binding orders; is first flight a trigger?

Customers want to see the aircraft fly; serious interest rises after a portion of flight testing. Production will be low-volume (200-300/yr), prompting early reservations. Specific LOI terms not disclosed.

“When this aircraft flies and flies well and gets a certain portion through some of the flight testing, then things get a lot more serious”

asked by Scott Buck (Titan Partners) · answered by Eric Robinson

2 min read 6 chapters

Detailed narrative

X7 Full-Scale Build Progress

The company is building the full-scale Cavorite X7 demonstrator in-house, covering forward and vertical propulsion, flight controls, electrical systems, avionics, landing gear and structures. Vertical propulsion is under in-house testing, the main propulsion system and iron bird are in-house, and wing and fuselage structures are expected within several months.

A major engineering review of the flight controls went well. Target is completion around end of CY Q1 2027 followed by ground runs, taxi and CTOL-first flight testing; two prototypes initially, with initial flights piloted though the aircraft is fly-by-wire.

R&D Ramp and Cost Structure

R&D was C$7.4M vs C$2.7M, with engineering within R&D at ~C$5.3M vs C$0.3M, reflecting prototype manufacturing, flight software and analysis. G&A fell to C$1.7M from C$3.2M on lower stock-based compensation. Management expects a similar R&D/G&A mix going forward. Headcount rose from 30 a year ago to 65+ (85+ FTEs including contractors). Reported figures are in Canadian dollars.

Liquidity and Financing

Operating cash use was C$7.2M (vs C$2.4M), investing C$0.7M (equipment and tooling), and financing C$0.6M via ATM at an average C$2.81 (US$2.04). Cash exceeded $70M. Management says it will be patient with the ATM despite the recent share-price decline, and sees financing influenced by non-dilutive funding, defense and manufacturing partners and customer deposits looking out to 2028-2029.

Partnerships and Supplier Ecosystem

BETA Technologies supplies flight control computers and customized fly-by-wire software; Marshall Aerospace completed the flight dynamics and control model; BETA's actuation supplier also cited positively. Great Lakes Helicopter LOI covers MRO, pilot training and possible additional aircraft purchases. Management is selective about international MRO/training partners and expects some production in different regions.

A production partner is being discussed but the prototype rollout is independent of it.

Customer Demand and LOIs

A July non-binding LOI with Australia's V-Star PowerLift covers up to 100 aircraft (~$600M). Total signed LOIs cover up to 200 X7s including options (>$1B indicated value), plus an LOI to lease 5 aircraft. Management expects conversion interest to firm after the aircraft flies and completes a portion of flight testing. Cited economics: 60%-75% cheaper to operate per unit mile than a traditional helicopter.

Certification, All-Weather and Defense

Transport Canada work continues toward certification basis and means of compliance; goal is first certified aircraft in early 2030. IFR and flight-into-known-icing are targeted; wind-tunnel tests of University of Toronto ice-protection samples began in July under the $10.4M INSAT project.

No defense procurement program announced; military certification framework seen as potentially quicker. Non-dilutive pools such as the C$350M-class sustainable aviation initiative are being pursued, and a prior US grant was won for the X5.

Summary of the company's earnings call; see how call summaries are prepared. Not investment advice.