Pelonis Technologies aligns each aspect of the UAV propulsion motors they engineer to the operational parameters required for success in the anticipated application. The EVERLINE series is structured into platform families, including the EV1400, EV2800, EV3100, EV4200 and EV5300. Each series family targets specific operational requirements.
Everline EV1400 series motors provide compact propulsion solutions for micro-UAVs, lightweight multirotors, inspection platforms, research aircraft and OEM development programs. Built around a common 1404-class platform, the series supports applications requiring lightweight construction, high rotational speed and efficient integration within space-constrained UAV designs.
Figure 1: Everline UAV propulsion motors. Source: Pelonis Technologies
Tested performance options
The EV1400 series has been evaluated with multiple propeller and voltage combinations to support a variety of mission requirements. Published test results allow engineers to review how different configurations affect overall propulsion performance.
Figure 2: The EV1400 series has been evaluated with multiple propeller and voltage combinations to support a variety of mission requirements. Source: Pelonis Technologies
Consistent 1404 motor platform
Shared mechanical and electrical characteristics simplify propulsion evaluation and system integration. Common family features include a 1404 stator platform, 9N12P configuration, 18 mm x 16 mm dimensions, bolt-mounted propeller interface and 165 mm lead wires, providing a consistent foundation for aircraft development and testing.
Performance data for motor selection
Detailed performance data provides a foundation for motor selection and system optimization. Thrust, current, RPM, power, voltage and efficiency measurements help engineers compare configurations and identify the best solution for compact UAV platforms.
Engineered for OEM UAV programs
The EV1400 series can be evaluated as a standard propulsion platform and reviewed for production requirements, including alternate KV targets, cable lengths, connector options, labeling, documentation, application support and production integration needs.
Features and specifications
• 2900 KV, 1404-class motor platform
• Compact 18 mm x 16 mm dimensions
• 9N12P configuration
• Bolt-mounted propeller interface
• Lightweight 10.1 g platform
• 165 mm lead-wire length
• 24 AWG lead wires
• Published 2S and 4S performance configurations
• Up to 238 g maximum tested thrust
• Up to 36,700 RPM maximum tested speed
• Published thrust, power, current, RPM and efficiency data
• OEM customization and application support available
• Defense-compliant sourcing and program support available
Applications
Figure 3: Detailed performance data provides a foundation for motor selection and system optimization. Source: Pelonis Technologies
• Micro UAVs
• Compact multirotors
• Inspection UAVs
• Research platforms
• OEM development programs
• Flight-test aircraft
Everline EV1400 series motors provide compact propulsion solutions for micro-UAVs, lightweight multirotors, inspection platforms, research aircraft and OEM development programs.
Everline EV2800 series motors provide a compact mid-power propulsion platform for inspection, mapping, payload and commercial UAV applications. The family combines lightweight 2810- and 2812-class architectures with a shared 1,100 KV design, supporting efficient propulsion, consistent integration and scalable platform development.
Compact mid-power UAV propulsion
The EV2800 series combines lightweight 2810- and 2812-class architectures with a shared 1,100 KV design optimized for efficient mid-power UAV propulsion. The family provides scalable propulsion options while maintaining a common integration approach across multiple aircraft platforms.
Consistent 28XX motor platform
Shared mechanical and electrical characteristics simplify propulsion evaluation, system integration and platform comparison. Common platform features include a 12N14P configuration, 5 mm shaft diameter, 250 mm cable length, 4S to 6S battery compatibility, and 18 AWG (1 mm²) lead wires, enabling easier comparison between motor options during development.
Performance data for motor selection
Figure 4: The EV2800 series can be reviewed for production requirements. Source: Pelonis Technologies
Published performance tables provide thrust, power, current, RPM, voltage and efficiency measurements across multiple tested propeller configurations. This data supports aircraft sizing, propulsion trade-off studies and preliminary motor selection.
Engineered for OEM UAV programs
The EV2800 series can be reviewed for production requirements, including alternate KV ratings, cable lengths, connector options, labeling, documentation packages and application support.
Features and specifications
• 1,100 KV, 2810- and 2812-class motor platforms
• Compact 33.4 mm frame diameter architecture
• 12N14P configuration
• 5 mm shaft diameter
• 4S to 6S battery compatibility
• Up to 1,375 W maximum power capability
• Published thrust, power, current, RPM and efficiency data
• OEM customization and application support available
• Defense-compliant sourcing and program support
Applications
• Compact multirotors
• Inspection UAVs
• Mapping and survey platforms
• Payload-carrying UAVs
• Research and development platforms
• OEM development programs
• Flight-test aircraft
• Industrial and commercial UAV systems
Figure 5: Everline EV2800 series motors provide a common propulsion architecture that supports efficient platform integration, system evaluation and scalable UAV development. Source: Pelonis TechnologiesEverline EV2800 series motors provide a common propulsion architecture that supports efficient platform integration, system evaluation and scalable UAV development. Shared mechanical and electrical characteristics enable easier comparison between motor options while maintaining a consistent integration approach across multiple aircraft platforms.
The Everline EV3100 series motors provide a high-output propulsion platform for commercial multirotors, inspection UAVs, mapping and survey platforms, payload-carrying aircraft, flight-test applications and OEM development programs. The family combines 3110- and 3115-class motor architectures with 640 KV, 700 KV and 900 KV options, supporting propulsion evaluation across a broad range of UAV requirements.
High-output commercial UAV propulsion
The EV3100 series provides balanced commercial, lower-KV, high-thrust and higher-speed propulsion options for demanding UAV applications. Multiple motor configurations support aircraft ranging from inspection and mapping platforms to payload-carrying and flight-test systems.
Consistent 31XX motor platform
Shared mechanical characteristics simplify propulsion evaluation, system integration and platform comparison. Common platform features include a 37 mm frame diameter, 12N14P configuration, 5 mm shaft diameter and 300 mm cable length, enabling easier comparison between motor options during development.
Performance data for motor selection
Published performance tables provide thrust, power, current, RPM, voltage and efficiency measurements across multiple tested propeller and battery configurations. This data supports aircraft sizing, propulsion trade-off studies and preliminary motor selection.
Engineered for OEM UAV programs
The EV3100 series can be reviewed for production requirements, including alternate KV ratings, cable lengths, connector options, labeling, documentation packages and application support.
Features and specifications
Figure 6: Shared mechanical characteristics simplify propulsion evaluation, system integration and platform comparison. Source: Pelonis Technologies
• 640 KV, 700 KV and 900 KV motor platforms
• 3110- and 3115-class motor architectures
• 37 mm frame-diameter platform
• 12N14P configuration
• 5 mm shaft diameter
• Published 4S, 6S and selected 8S performance configurations
• Published thrust, power, current, RPM and efficiency data
• OEM customization options
• Defense program support available
Applications
Figure 7: The Everline EV3100 series motor. Source: Pelonis Technologies
• Commercial multirotors
• Inspection UAVs
• Mapping and survey platforms
• Payload-carrying UAVs
• Research and development platforms
• OEM production programs
• Flight-test aircraft
• Industrial and commercial UAV systems
The Everline EV3100 series motors provides a common propulsion architecture that supports efficient platform integration, system evaluation and scalable UAV development. Shared mechanical and electrical characteristics enable easier comparison between motor options while maintaining a consistent integration approach across multiple aircraft platforms.
provide mission-focused propulsion solutions for VTOL aircraft, industrial inspection UAVs, mapping and survey platforms, payload-carrying aircraft, agricultural UAVs, tactical systems, and OEM development programs. The family combines four KV options on a common 4215-class platform, supporting propulsion evaluation across a broad range of UAV mission requirements.
Mission-tuned propulsion
Four KV options provide designers with flexibility to evaluate propulsion systems for endurance, payload capability, industrial operation and higher-speed aircraft requirements. Published performance data supports comparison across multiple motor, propeller and battery configurations.
Consistent 4215 motor platform
Shared mechanical characteristics simplify aircraft integration and propulsion evaluation across the EV4200 family. Common features include 49 x 65 mm dimensions, 175 g motor weight, a 12N14P configuration, 6 mm shaft diameter and 750 mm lead-wire length.
Performance data for motor selection
Published performance data includes measured thrust, electrical power, current, RPM and efficiency across multiple tested propeller and battery configurations. These results support aircraft sizing, motor selection and preliminary engineering evaluation.
Engineered for OEM UAV programs
The EV4200 series can be reviewed for production requirements including alternate KV ratings, cable lengths, connector options, shaft and mounting requirements, labeling, documentation packages, and application support.
Figure 8: The EV4200 series. Source: Pelonis Technologies
Features and specifications
• 340 KV, 380 KV, 520 KV and 710 KV motor platforms
• Common 4215-class motor architecture
• Motor dimensions: 49 mm x 65 mm
• 12N14P configuration
• 6 mm shaft diameter
• 175 g motor weight
• 750 mm lead-wire length, 14 AWG (2.5 mm²) lead wires
• Published 6S and selected 8S performance configurations
• Published thrust, power, current, RPM and efficiency data
• OEM customization options
• Defense program support
Applications
• VTOL lift propulsion
• Mapping and survey UAVs
• Utility and infrastructure inspection
• Pipeline monitoring
• Telecommunications inspection
• Agricultural UAVs
• Payload-carrying multirotors
• Tactical UAVs
• ISR platforms
• Industrial UAV systems
Everline EV4200 series motors provide a common propulsion architecture that supports aircraft integration, system evaluation and scalable UAV development. Shared mechanical characteristics enable easier comparison between motor options while maintaining a consistent integration approach across multiple aircraft platforms.
Everline EV5300 series motors provide heavy-lift propulsion solutions for payload-carrying UAVs, industrial inspection aircraft, mapping and survey platforms, flight-test aircraft, defense UAVs, and OEM development programs. Built around a 300 KV, 5315-class motor architecture, the EV5300 series supports propulsion evaluation for larger UAV platforms requiring increased thrust, payload capability and power.
Heavy-lift UAV propulsion
The low-KV, high-torque EV5315-300 supports operation with larger propellers for heavy-lift UAV applications requiring increased thrust, payload capacity and stable flight performance.
Consistent 5315 motor platform
Standardized mechanical and electrical characteristics simplify aircraft integration and propulsion-system development. Common platform features include 62 mm x 44.7 mm dimensions, a 12N14P configuration, 6 mm bolt-mounted shaft interface, 362 g motor weight and 600 mm lead-wire length.
Performance data for motor selection
Figure 9: The EV5300 series is available for evaluation as a standard propulsion platform. Source: Pelonis Technologies
Published performance data includes measured thrust, electrical power, current, RPM and efficiency across multiple tested propeller configurations. These results support aircraft sizing, motor selection and preliminary engineering evaluation.
Engineered for OEM UAV programs
The EV5300 series is available for evaluation as a standard propulsion platform and can be reviewed for OEM production requirements, including alternate KV ratings, cable lengths, connector options, labeling, documentation packages, and application engineering support.
Features and specifications
• 300 KV, 5315-class motor platform
• 62 mm x 44.7 mm motor dimensions
• 12N14P configuration
• 6 mm bolt-mounted shaft interface
• 362 g motor weight
• 600 mm lead-wire length
• 14 AWG (2.5 mm²) lead wires
• 8S to 12S operating range
• Up to 2,500 W maximum power capability
• Published thrust, power, current, RPM and efficiency data
• OEM customization and application support available
• Defense-program support available
Applications
• Heavy-lift UAVs
• Payload-carrying aircraft
• Mapping and survey platforms
• Industrial inspection UAVs
• Research and development programs
• Flight-test aircraft
• OEM development programs
• Defense UAV platforms
Everline EV5300 series motors provide a common heavy-lift propulsion architecture that supports aircraft integration, system evaluation and scalable UAV development. Published performance data and consistent platform characteristics provide a practical foundation for propulsion-system evaluation and OEM aircraft development.
For additional information or assistance with a UAV propulsion application, contact Pelonis Technologies at sales@pelonistech.com or www.pelonistechnologies.com.
