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Home / Themes / Drones '26: Flight Hardware & Propulsion

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Bull / Bear Details has the investment thesis and bull/bear points. Overview is monitoring guidance (hiring, forums, second-order trends, search keywords, Google Trends, datasets).

Bull / Bear Details

The investment thesis is strongly bullish. Modern warfare's shift to 'War from Home' driven by cheap drones and escalating global conflicts is forcing a massive

Thesis

The investment thesis is strongly bullish. Modern warfare's shift to 'War from Home' driven by cheap drones and escalating global conflicts is forcing a massive, technology-focused fiscal realignment towards defense spending, particularly in C-UAS, missile intercept, electronic warfare, and ISR.

Bull case

Massive Fiscal Realignment Towards Defense Spending. The FY2026 US defense budget blueprint has surpassed $1 trillion, with a significant portion earmarked for new technologies like electronic defense, C-UAS, missile intercept, and ISR. This trend is global, with EU defense spending also increasing, and global defense spending expected to reach $2.6 trillion by the end of 2026.
Redefinition of Military Superiority by Disruptive Technology. The rise of cheap, modular drones creates a "cost-asymmetry" challenge for traditional defenses, driving urgent investment in advanced counter-drone solutions, including electronic warfare and directed energy weapons (lasers) that offer low cost per round and "unlimited" ammunition.
Escalating Geopolitical Tensions and "War from Home" Paradigm. The emergence of hot conflicts between major military powers (e.g., Russia/Ukraine, Israel/Iran/US, China/Taiwan) is accelerating the redefinition of the battlefield, necessitating extraordinary military spending and technological competition to maintain national security.

Bear case

Political Uncertainty and Budget Allocation Shifts. Despite overall increased defense spending, the final allocation of funds within legislative acts like the OBBBA remains subject to political debate and potential shifts, particularly concerning interventionist foreign policy, which could impact specific defense programs and timelines.
Rapid Technological Obsolescence and Evolving Threats. The fast pace of innovation in drone technology means that defensive systems can quickly become outdated. New, cheaper, and more sophisticated offensive drone tactics could emerge, potentially negating the effectiveness of current counter-UAS solutions and perpetuating the cost-asymmetry challenge.
Supply Chain Vulnerabilities and Production Capacity Constraints. The surge in demand for advanced defense hardware and propulsion systems could expose weaknesses in global supply chains, leading to bottlenecks, delays, and increased costs, especially if critical components or raw materials are sourced from potentially adversarial nations.

Overview

Hiring Trend Watchpoints

High-performing operators in this theme are expected to exhibit robust hiring in specialized technical fields, reflecting the rapid technological evolution of modern warfare. Key areas of demand include aerospace engineers for advanced UAV design and propulsion, electrical engineers specializing in RF, radar, electro-optical/infrared (EO/IR) sensors, directed energy systems, and electronic warfare. Software engineers with expertise in AI/ML for intelligence, surveillance, and reconnaissance (ISR), autonomous drone operation, command and control (C2) systems, and cyber warfare will also be critical. Robotics engineers will be sought for the development of unmanned underwater vehicles (UUVs) and other autonomous platforms. Additionally, materials scientists will be in demand for lightweight, durable components and thermal management solutions for directed energy weapons (DEWs). The 're-industrialization via militarization' trend suggests an increase in skilled manufacturing and production roles, particularly in areas like advanced composites and precision machining. Companies are likely to prioritize systems integration specialists who can bridge various technological domains. Geographically, hiring will concentrate in established defense industry hubs, tech innovation centers, and regions with new manufacturing facilities. A shift from traditional administrative and personnel-heavy roles towards technical and procurement-focused positions, as indicated by the Pentagon's directive to cull senior officers, would confirm theme execution. Conversely, a slowdown in hiring for these specialized technical roles, or a disproportionate increase in general administrative positions, would warn of theme deterioration. Automation substitution will likely lead to a reallocation of human capital towards higher-value, R&D-intensive tasks rather than a net reduction in workforce within the most innovative segments.

Forum Watchlist

subreddit — r/CredibleDefensehigh
Discussions on military doctrine, new defense technologies, geopolitical implications of drone and EW advancements, and expert analysis of conflicts.
news_site — Defense Onehigh
Breaking news on defense policy, procurement contracts, technological breakthroughs in drones, C-UAS, EW, and space defense, and interviews with defense leaders.
industry_forum — Aviation Week Network Forumsmedium
Technical discussions on aerospace and defense, including drone design, propulsion systems, avionics, and counter-drone technologies. Focus on hardware and engineering challenges.
subreddit — r/dronesmedium
Emerging commercial drone technologies, FPV drone advancements, and discussions on their potential military applications or adaptations.
financial_forum — Seeking Alpha (Defense/Aerospace Sector)medium
Investor sentiment, analysis of defense contractor earnings, M&A rumors, and discussions on the financial implications of defense spending and technological shifts.

Second Order Trends

Several second-order and emerging trends are shaping the Drones '26 theme. The pervasive integration of Artificial Intelligence and Machine Learning (AI/ML) is moving beyond basic ISR to encompass predictive maintenance, logistics optimization, and enhanced battlefield autonomy, creating a demand for more sophisticated AI-driven decision-making systems. The concept of 'cyber-physical security' is gaining prominence, focusing on protecting autonomous systems from both kinetic threats and cyberattacks, given the increasing reliance on networked drones and UUVs. There's a growing emphasis on 'modular and open architectures' within defense systems to enable rapid upgrades, interoperability, and reduce vendor lock-in, fostering innovation from a broader base of suppliers. Supply chain resiliency has become a critical concern, driving efforts to secure and diversify sources for essential components like rare earth elements and semiconductors, particularly in the context of Arctic resource competition. The 'dual-use technology' paradigm is accelerating, with commercial innovations in areas like drone technology, satellite communications, and AI being rapidly adapted for military applications, and vice-versa. Furthermore, as Directed Energy Weapons (DEWs) scale in power, the efficiency of power generation, energy storage, and thermal management solutions is becoming a significant area of research and development, influencing hardware design and propulsion requirements. The shift of specialized tech companies like nLIGHT from component suppliers to prime system integrators is a notable trend, challenging the traditional dominance of large defense primes and potentially leading to faster innovation cycles.

Search Keywords Brand Product

Shahed drone
FPV drone
AIM-120 AMRAAM
IRIS-T missile
SM-2 interceptor
Reaper drone
Switchblade loitering munition
LITE BEAM laser
DroneGun Mk4
DE M-SHORAD
AEGIS combat system
GMD missile defense
THAAD system
PAC-3 Patriot
SBIRS satellite
HBTSS sensor
PWSA constellation
Resilient Missile Warning Missile Tracking
Glide Phase Interceptor GPI
SPECTRA electronic warfare
HELSI program
Iron Beam laser
DragonFire laser
Orca XLUUV
Manta Ray UUV
Ghost Shark UUV
Bluefin Robotics
HUGIN UUV
Black Scorpion torpedo
KATFISH sonar
SeaPower battery
SIIPS subsea system
Azipod propulsion
Arctic Security Cutter
SAMP/T NG missile system
Patria 6x6 armored vehicle
Type 26 frigate
EMSS satellite services
Lightspeed constellation

Search Keywords Policy Regulatory

One Big Beautiful Bill Act OBBBA
Golden Dome missile defense
Replicator 2.0 program
Fiscal Primacy defense spending
Polar Silk Road initiative
IRON DOME Act
Enhanced Satellite Communications Project - Polar ESCP-P
Greenland Self Government Act
Greenland uranium mining ban

Search Keywords Event Phrases

War from Home WFH
Red Sea drone attacks
Ukraine drone strikes Russia
Israel Iran drone conflict
Trump defense budget blueprint
Pentagon officer cuts
Exercise Arctic Light NATO
Lunna House defense agreement
World Defense Show Riyadh highlights

Google Trend Product Category Intent

• drone defense systems • counter drone technology • laser weapons defense • directed energy weapons • subsea drones military • UUV technology • Arctic satellite communication • missile defense systems • electronic warfare equipment

Google Trend Consumer Intent

• military drones news • future warfare technology • defense spending increase • geopolitical tensions today • Arctic exploration • space defense systems

Google Trend Macro Policy Terms

• US defense budget • NATO defense spending • Greenland investment • Arctic security policy

Top datasets to track

1. US Department of Defense Budget Appropriations Type: economic_data · Provider: US Department of Defense (DoD) Cadence: Annual (with quarterly updates/releases) Why it matters: Directly reflects the fiscal realignment towards defense, indicating specific funding allocations for drones, C-UAS, EW, missile defense, and space technologies. Crucial for tracking the 'Golden Dome' and 'Replicator 2.0' initiatives. Suggested query: FY2026 US Defense Budget Request, OBBBA defense spending allocation Confidence: high

2. Defense Contractor Job Postings (Specialized Technical Roles) Type: alt_data · Provider: Burning Glass Technologies / Lightcast (or similar labor market analytics firms) Cadence: Monthly/Quarterly Why it matters: Provides real-time insight into hiring trends for engineers (aerospace, electrical, software), robotics specialists, and AI/ML experts within defense companies, confirming the shift towards technology-driven warfare and 're-industrialization'. Suggested query: Job postings defense industry AI, EW engineer jobs, UUV robotics hiring Confidence: high

3. Global Satellite Launch Statistics & Orbital Deployments Type: alt_data · Provider: Space-Track.org / UCS Satellite Database / Commercial space analytics firms Cadence: Monthly/Quarterly Why it matters: Monitors the expansion of space-based defense assets, including LEO constellations for missile tracking (HBTSS, PWSA) and communication (Iridium, MDA Space), indicating progress in the 'space as the next battlefield' trend. Suggested query: Satellite launches military, LEO constellation deployment rates, Arctic satellite network status Confidence: high

4. Defense Prime and Key Subcontractor Earnings Reports & Transcripts Type: company_level_data · Provider: Public company filings (SEC 10-K, 10-Q), earnings call transcripts (e.g., S&P Global Market Intelligence) Cadence: Quarterly Why it matters: Offers direct insights into company performance, backlog growth, R&D investments in key thematic areas (DEWs, C-UAS, UUVs), and management commentary on market conditions and future outlook. Crucial for tracking companies like nLIGHT, Oceaneering, Iridium, etc. Suggested query: nLIGHT earnings transcript, Oceaneering defense segment revenue, Iridium government contracts Confidence: high

5. Global Conflict and Geopolitical Event Tracker (Focus on Drone/EW Incidents) Type: alt_data · Provider: ACLED (Armed Conflict Location & Event Data Project) / ISW (Institute for the Study of War) / Reputable geopolitical intelligence firms Cadence: Daily/Weekly Why it matters: Provides real-time context for geopolitical catalysts driving defense spending and technological adoption. Tracking incidents involving drones, C-UAS, EW, and subsea assets confirms the 'War from Home' thesis and highlights emerging vulnerabilities. Suggested query: Drone attacks Ukraine, Red Sea Houthi incidents, Arctic military activity Confidence: high

Key Metrics3 rows

Metric	Cadence	What It Signals	Update Source
Global Military UAV and C-UAS Market Size (USD Billion)	Annually (with forecasts often updated semi-annually)	Increasing market size indicates robust demand and expanding opportunities for drone and counter-drone technologies, signaling a bullish trend for the investment theme. Stagnation or decline would be bearish.	LLM_Approved
Percentage of Global Defense Budgets Allocated to Unmanned Systems (UAS & UUV)	Annually (following national budget releases and SIPRI/IHS Janes reports)	An increasing percentage signifies a strategic shift towards unmanned warfare and strong government support, reinforcing a bullish outlook. A declining percentage could suggest a reprioritization of defense spending.	LLM_Approved
Number of New C-UAS System Deployments/Contracts by NATO & Allied Nations	Quarterly/Annually (as contracts are announced and systems become operational)	A rising number of deployments/contracts demonstrates increasing urgency and investment in C-UAS capabilities, signaling a bullish trend for the theme. A slowdown could indicate market saturation or delays in procurement.	LLM_Approved

Upcoming Catalysts27 rows

Catalyst ID	Estimated Timing	Estimated Date Start	Estimated Date End	Catalyst	Why It Matters	Ticker Or Theme Specific	Transcript Date	Source Type	Catalyst Source
TEL_fd3924ab	fourth quarter	2026-07-01	2026-09-30	Reporting of approximately $3.05 adjusted EPS for fiscal Q4 2026.	This demonstrates continued profitability and operational efficiency, contributing to the overall strong fiscal year performance.	Ticker	2026-07-22	earnings_transcript	TEL (ticker)
TEL_bec3d54d	Q3 and full year	2026-04-01	2026-09-30	TE Connectivity's adjusted effective tax rate for Q3 FY26 being around 23% and the full year FY26 rate being approximately 22%.	Meeting the expected tax rate is crucial for accurate earnings forecasting and maintaining profitability. Deviations could impact net income.	Ticker	2026-04-22	earnings_transcript	TEL (ticker)
TEL_ec8e1c39	second half of the year	2026-05-01	2026-10-31	Realization of an additional $150 million in AI revenue in the second half of fiscal year 2026, contributing to a total DDN AI revenue approaching $2.4 billion for the full fiscal year.	This increased AI revenue guidance indicates strong demand and program ramps, which is bullish for TEL's growth trajectory and its position in the rapidly expanding AI market. Failure to meet this ramp could negatively impact growth expectations.	Ticker	2026-04-22	earnings_transcript	TEL (ticker)
TEL_eafd2e46	in the next 3 quarters	2026-04-22	2027-01-22	Potential M&A activity (acquisitions or divestitures) by TE Connectivity.	Strategic M&A could enhance the company's portfolio, expand market reach, or strengthen technological capabilities, impacting future growth and valuation.	Ticker	2026-04-22	earnings_transcript	TEL (ticker)
TEL_e47d826b	as we move through the year	2026-04-01	2026-09-30	Improvement in momentum in the general and industrial markets, leading to stronger organic growth in the Automation and Connected Living business.	Stronger market momentum would support TE Connectivity's growth in this segment, contributing to overall revenue and validating management's outlook for a broader recovery beyond AI.	Ticker	2026-04-22	earnings_transcript	TEL (ticker)
UMAC_9d2a95b3	second half of 2026	2026-07-01	2026-12-31	Revenue and GAAP profits catching up to significant cash outlays for inventory and material as the company reaches a new, larger revenue equilibrium.	This milestone signifies the company's transition to a more financially mature and profitable phase after substantial growth investments, positively impacting financial performance and investor sentiment.	Ticker	2025-11-06	earnings_transcript	UMAC (ticker)
UMAC_57d722a3	latter half of 2026	2026-07-01	2026-12-31	Achieving and sustaining positive cash flow from operations, targeting $30 million in annual revenues.	This is a critical financial achievement that demonstrates the company's ability to generate sufficient cash internally to fund its operations and growth, reducing reliance on external financing.	Ticker	2025-11-06	earnings_transcript	UMAC (ticker)
UMAC_171999aa	early 2026 for major awards, when the government comes back for looser spends, through 2026 for strong demand	2026-01-01	2026-12-31	Finalization and receipt of major drone awards (e.g., PBAS) and increased 'looser' drone purchases from the U.S. Department of War and other government agencies.	Government contracts are a primary revenue driver for UMAC's B2B2G model, and securing these awards will significantly impact top-line growth, market share, and validate the company's strategic focus.	Ticker	2025-11-06	earnings_transcript	UMAC (ticker)
UMAC_463a40f8	in the next year	2026-03-08	2026-11-06	Decision and potential action (e.g., acquisition or internal development) to enter the battery market as part of expanding powertrain solutions.	Diversifying into batteries would address a critical component need in the drone ecosystem, potentially opening new revenue streams, strengthening UMAC's competitive position, and reducing supply chain dependencies.	Ticker	2025-11-06	earnings_transcript	UMAC (ticker)
UMAC_e0a4abac	mid to late 2026 in product offerings	2026-05-01	2026-12-31	Materialization of collaborative product offerings for thermal cameras with LightPath.	This expansion into multispectral/thermal cameras would broaden UMAC's product line, cater to high demand from enterprise customers, and potentially drive new revenue streams and strengthen strategic partnerships.	Ticker	2025-11-06	earnings_transcript	UMAC (ticker)
UMAC_07afa0c4	in the second half of 2026, targeting having it in-house right now, July, running a reasonable scale by quarter 4	2026-07-01	2026-12-31	Installation and operationalization of a very high-volume automated motor production line, aiming to produce over 100,000 motors a month.	This is crucial for significantly boosting production capacity and efficiency, enabling UMAC to meet surging demand and capture greater market share. Successful ramp-up is bullish, delays or issues are bearish.	Ticker	2026-03-09	earnings_transcript	UMAC (ticker)
UMAC_eebe25f5	second half of 2026	2026-07-01	2026-12-31	Battery pack production coming online in the U.S.	This expands UMAC's product portfolio and total addressable market, further solidifying its position as a comprehensive domestic drone component supplier. Successful launch is bullish.	Ticker	2026-03-09	earnings_transcript	UMAC (ticker)
VICR_0e79e021	Q3, Q4 time frame	2026-07-01	2027-12-31	Vicor plans to expand its Federal Street (Fab 1) manufacturing capacity by up to 50% (from $1B to $1.5B annual run rate) through process optimization, relocating some steps, and installing a second 3D interconnect line in Q3/Q4 2026.	This capacity expansion is critical to meet the strong and growing demand for advanced products, particularly second-generation VPD, allowing Vicor to be more selective with strategic customer engagements and supporting significant revenue growth.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_f2d549f7	second half of this year	2026-07-01	2026-12-31	Vicor's lead computing customer is expected to begin a production ramp of its next-generation wafer scale engine, utilizing Vicor's second-generation Vertical Power Delivery (VPD) solution.	A successful and steep ramp with the lead customer will validate the advanced VPD technology's performance and market readiness, paving the way for engagement and potential orders from additional high-performance computing customers, driving future revenue growth.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_1ddff326	in years to come	2026-04-21	2029-12-31	Vicor is engaged in discussions that could lead to an open source or alternate sourcing model for its second-generation Vertical Power Delivery (VPD) technology.	This strategic move could significantly expand the market penetration and adoption of Vicor's advanced VPD technology, potentially generating substantial licensing revenue and establishing it as an industry standard, while also addressing future capacity constraints.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_fb19e399	time will tell	2026-04-21	2028-12-31	The industry's progression and potential widespread adoption of an 800-volt to 6-volt data center power architecture, which Vicor views as "ill conceived" but acknowledges has proprietary technology for.	While Vicor believes this architecture is inefficient, its widespread adoption could create new market dynamics. Vicor's existing IP in 800-volt bus conversion could provide opportunities if this trend gains traction, but it could also divert industry focus from their preferred vertical power delivery solutions.	Theme	2026-04-21	earnings_transcript	VICR (ticker)
VICR_f7a258fc	enabled in the second half of this year (2026) and a ramp to begin before the end of this year (2026)	2026-07-01	2026-12-31	Commencement of the generational transition to Vicor's second-generation Vertical Power Delivery (VPD) solution with its lead computing customer, with a production ramp beginning before year-end.	This milestone is crucial for the lead customer's advanced AI chiplet solutions and wafer-scale engines, directly impacting Vicor's Advanced Products revenue and validating its technological leadership.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_c4762667	in the Q3, Q4 time frame (2026)	2026-07-01	2026-12-31	Installation of Vicor's second Three Dimensional interconnect (3Di) manufacturing line in its Federal Street facility.	This capacity expansion is essential for increasing output of advanced products, supporting the ramp of second-gen VPD, and meeting strong market demand, thereby impacting future revenue growth.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_0f2a8e8d	longer lead time in terms of what it takes to bring it to fruition (for second fab); interim location much more rapidly	2026-07-01	2029-12-31	Finalization of the location for Vicor's second manufacturing fab or the establishment of an interim facility to redeploy certain process steps and further expand capacity.	This strategic decision is critical for long-term capacity growth beyond the $1.5 billion annual run rate of Fab 1, enabling Vicor to meet escalating demand and sustain market share in high-growth segments.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
TEL_28d7bbde	third quarter	2026-08-01	2026-08-31	TE Connectivity's actual sales and adjusted earnings per share for the third quarter of fiscal year 2026, compared against management's guidance of $5 billion in sales and $2.83 adjusted EPS.	Meeting or exceeding guidance would reinforce investor confidence and potentially drive valuation higher, while a miss could negatively impact sentiment and guidance for future periods.	Ticker	2026-04-22	earnings_transcript	TEL (ticker)
UMAC_78bb4136	late 2026	2026-09-01	2026-12-31	Integration of Kopin display panels into UMAC's domestically assembled headsets.	This enhances the quality and domestic sourcing of a key headset component, potentially improving product competitiveness, margins, and strengthening a strategic partnership.	Ticker	2025-11-06	earnings_transcript	UMAC (ticker)
UMAC_82754aa5	September of 2026	2026-09-01	2026-09-30	Commencement of the second phase of the Drone Dominance program, mandating domestic or NDAA-compliant supply chains for drone companies.	This phase represents a major opportunity for UMAC to have its parts designed into a wider range of drones, potentially leading to a significant increase in orders and revenue due to the domestic sourcing requirement.	Ticker	2026-03-09	earnings_transcript	UMAC (ticker)
TEL_555b7111	by the end of this calendar year	2026-10-01	2026-12-31	Completion of the acquisition of Astrodyne TDI.	This bolt-on acquisition broadens TE Connectivity's portfolio of power and filter products, is expected to be accretive to growth rates and margins for both TE and the Industrial segment, and expands TAM in custom power solutions for semiconductor equipment, defense, and medical markets.	Ticker	2026-07-22	earnings_transcript	TEL (ticker)
UMAC_ccbb032e	by the end of 2026	2026-10-01	2026-12-31	Commencement of camera manufacturing in the United States.	This further diversifies UMAC's product offerings and expands its total addressable market within the domestic drone component supply chain. Successful launch is bullish.	Ticker	2026-03-09	earnings_transcript	UMAC (ticker)
VICR_61ea70bf	will follow the generational transition by our lead customer	2026-10-01	2027-12-31	Engagement with and subsequent orders from additional High-Performance Computing (HPC) customers for Vicor's second-generation Vertical Power Delivery (VPD) solutions.	This represents a significant expansion of Vicor's customer base and revenue opportunities for its advanced products, though the company will be selective due to anticipated capacity constraints.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_8ea4fdc4	next year	2027-01-01	2027-12-31	Final determination of Vicor's second International Trade Commission (ITC) case, which is expected to result in a second exclusion order restricting importation of infringing computing systems.	A favorable determination and exclusion order would significantly strengthen Vicor's IP enforcement, motivating new licensing deals and boosting high-margin royalty revenue, which management expects to grow.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)
VICR_73b9bec9	final determination in 2027	2027-01-01	2027-12-31	Final determination of Vicor's second International Trade Commission (ITC) case, potentially leading to additional exclusion orders against infringing computing systems.	A favorable outcome is expected to motivate new licensing deals, directly impacting Vicor's high-margin royalty revenue stream and overall profitability, as 2026 guidance conservatively assumes no new licensing until this determination.	Ticker	2026-04-21	earnings_transcript	VICR (ticker)

NotesTable

Transcript Summary

Date	Type	Comment	Detail	Sentiment	Tickers
2026-04-14	group_thesis	The transcript underscores drones' pivotal role in modern asymmetric warfare, accelerating investment in flight hardware and propulsion for both offensive and defensive systems. It highlights the urgent need for Counter-UAS (C-UAS) solutions, including directed energy weapons and electronic warfare, against cheap aerial and emerging subsea drone threats. This fiscal realignment towards defense technology creates strong tailwinds for companies innovating in drone and counter-drone flight hardware and propulsion.	Transcript Summary	Bullish	LASR US, AVAV US, EXA FP, OII US, IRDM US, PNG CN

Constituents

APHT2
— Amphenol Corporation
TELT2
— TE Connectivity plc
UMACT2
— Unusual Machines, Inc.
VICRT3
— Vicor Corporation
5334.TT3
· no notes yet
ERIET3
· no notes yet
HEIT3
· no notes yet
KULRT3
· no notes yet
VELOT3
· no notes yet

Drones '26: Flight Hardware & Propulsion (view performance)