DLE-170 Integrated Starter and Generator Version

DLE-170 Integrated Starter and Generator Version

The DLE-170 Integrated Starter and Generator Version is an upgraded 170cm³ horizontally opposed twin-cylinder gasoline engine designed for advanced RC aircraft, UAV power-system projects, paramotor-style propulsion setups, large model aircraft and professional aeromodelling applications. This version improves the previous DLE-170 platform with an integrated starter and generator architecture, planetary gear starter assembly and redesigned engine structure for better usability, reliability and multi-purpose integration.

KEY FEATURES & BENEFITS:

• Integrated Starter + Generator Platform:
• • Upgraded DLE-170 gasoline engine with integrated starter and generator version
• • Planetary gear starter mechanism replaces the more complex earlier starter system
• • Starter output gear extends only during starting and retracts after engine start
• • 12V 400W starting motor reference
• • 14.5V generator voltage reference
• • 350W generator output at 6000 RPM reference
• • Suitable for UAV, paramotor-style, propulsion research and large RC aircraft projects

• High-Performance 170cc Engine:
• • 170cm³ displacement
• • 17.5HP performance output at 7500 RPM
• • 52mm × 40mm bore/stroke specification
• • 9.5:1 compression ratio
• • 30:1 lubrication ratio
• • Recommended propellers include 32x10 and 32x12
• • NGK CMR7H spark plug compatibility

• Professional Engine Construction:
• • Horizontally opposed twin cylinders for low vibration
• • Three crank bearings
• • Double V-type reed valves with bottom induction
• • Automatic electronic ignition
• • Customized carburetor
• • Special aluminum alloy crankcase
• • Advanced CNC machining
• • High-quality sealed bearings
• • High power-to-weight design for demanding aircraft power systems

APPLICATIONS: Large-scale RC aircraft power systems, UAV propulsion projects, paramotor-style propulsion integration, professional aircraft propulsion testing, heavy model aircraft builds, petrol-powered model aviation, RC aircraft engine replacement, advanced aeromodelling projects, fixed-wing UAV prototype testing, engineering college propulsion labs, RC flying club maintenance, professional model-aircraft power-system integration.

FREQUENTLY ASKED QUESTIONS:

Q: What is the DLE-170 Integrated Starter and Generator Version? A: It is an upgraded DLE-170 gasoline engine with an integrated starter and generator configuration, designed for large RC aircraft, UAV projects, paramotor-style propulsion work and professional aircraft power-system integration.

Q: What is the price of the DLE-170 Integrated Starter and Generator Version? A: The listed import price is 4,05,000 ₹ for the DLE-170 Integrated Starter and Generator Standard Package. Final pricing may vary if installation support, propeller matching, starter-battery planning, generator-output planning, workshop support or prototype integration assistance is added.

Q: How is this different from a standard DLE-170? A: This version adds an integrated starter and generator configuration, including a planetary gear starter mechanism and in-built generator kit reference for multi-purpose UAV, paramotor-style and propulsion projects.

• Q: What is the displacement?
• A: The listed displacement is 170cm³ / 170cc.

• Q: What power output does it produce?
• A: The listed performance output is 17.5HP at 7500 RPM.

• Q: What is the RPM range?
• A: The standard specification reference lists a 1,100–7,500 RPM operating range.

• Q: What is the bore and stroke?
• A: The listed bore and stroke are 52mm × 40mm.

• Q: What is the compression ratio?
• A: The listed compression ratio is 9.5:1.

• Q: What lubrication ratio is recommended?
• A: The listed lubrication ratio is 30:1. Fuel/oil mixing should follow engine manual guidance and proper break-in procedure.

• Q: What spark plug does this version use?
• A: The listed spark plug type for the starter-generator parameter section is NGK CMR7H.

• Q: What starter motor power is listed?
• A: The page lists starting motor power as 12V 400W.

• Q: What generator output is listed?
• A: The page lists generator voltage as 14.5V and generator power as 350W at 6000 RPM.

Q: What starter mechanism does it use? A: It uses a planetary gear starter assembly. The starter output gear extends to drive the engine while starting, then disengages and retracts after the engine has started.

Q: What are the advantages of the planetary gear starter? A: The product page positions it as smaller, high-torque, durable and more reliable, with fewer parts and reduced failure-rate potential compared with earlier starter designs.

Q: Does it support different rotation directions? A: The page states that different rotation configurations, including clockwise and counter-clockwise, can be provided for project requirements. Confirm the required rotation before ordering.

Q: What propellers are recommended? A: The starter-generator parameter section lists 32x10 and 32x12 propellers. Standard DLE-170 references also mention 30x12 and 32x10. Final propeller selection should match airframe, generator load, altitude and safe RPM limits.

• Q: Is a propeller included?
• A: A propeller should be treated as required separately unless specifically included in the final quotation. Confirm final package contents before order.

• Q: What is the weight of this starter-generator version?
• A: The page lists engine + muffler weight as 5900g, igniter + spark plug as 265g, relay as 160g and rectifier as 415g.

• Q: Does the package include mufflers?
• A: Yes, the page states that mufflers are included.

Q: Does the package include mount and standoffs? A: Yes, the page states that mount and standoffs are included. It also references machined aluminum standoffs and mounting template in the standard DLE-170 package description.

• Q: What fuel does it use?
• A: It requires gasoline mixed with suitable 2-stroke oil. Fuel/oil mixing should follow the listed 30:1 lubrication reference and manufacturer guidance.

Q: Is this suitable for UAV projects? A: Yes, the page specifically references UAV projects as a target use case. Final suitability depends on airframe design, cooling, vibration isolation, propeller selection, electrical integration, generator load and safe testing procedures.

Q: Is this suitable for paramotor-style projects? A: The page references paramotor projects, but any human-carrying use requires qualified engineering review, structural integration, safety systems, operator training, certification checks and local aviation compliance.

Q: Is this product suitable for beginners? A: No. This is an advanced high-power gasoline engine with integrated starter/generator electrical systems. It should be installed and operated by trained users or professional integrators.

Q: What electrical planning is required? A: Planning should cover ignition battery, starter battery, relay wiring, rectifier wiring, generator load, switchgear, fuse/protection strategy, grounding, vibration-resistant connectors and safe cable routing.

Q: What else is required for installation? A: Typical required items include suitable propeller, fuel tank, fuel tubing, fuel filter, ignition battery, starter battery, wiring harness, switch harness, throttle linkage, engine mount, vibration isolation, cooling design, starter controls, field tools and correct gasoline/oil mix.

Q: What maintenance is required? A: Maintenance should include checking propeller bolts, prop hub security, engine mounting bolts, muffler bolts, spark plug, ignition wiring, starter wiring, relay/rectifier wiring, generator output, fuel lines, fuel filter, throttle linkage, carburetor tuning and general engine cleanliness.

Q: What safety precautions are important? A: Operators should follow propeller safety, fuel safety, fire safety, electrical safety, secure mounting, safe starting procedure, safe tuning practice and field operation rules. Never stand in front of or in line with the propeller while the engine is running.

Q: What warranty is included? A: Warranty support generally covers manufacturing defects under approved use and normal operating conditions. Damage from incorrect fuel mix, poor tuning, overheating, propeller strike, crash impact, vibration damage, wiring errors, overload of generator system, dirt ingestion, water exposure or unauthorized modification may not be covered.