Jedinsky
Member
Add your thoughts/suggestions, and maybe someone at mitsubishi might see this eventually.
Minor (easy) improvements:
AVAS to only be active when in "drive" or "reverse", it shouldn't be active when in "park" and the handbrake is on.
A tachometer would be great to recapture the "petrol feel". (completely unneccesary, but people like it, its a way to make customers happy for under $100)
A digital temperature gauge for the engine that reads directly from the block in case of coolant loss. (basically the same as "EngineGuard" temperature sensors, but without needing to be installed aftermarket).
An "efficiency gauge" that gives a rough estimate of the engine's thermal efficiency under current operating conditions so that drivers can satisfy their pathological urge to maximise efficiency. minimal cost to implement, very satisfying for customers.
A "camp mode" that turns off lights and unneccesary noise, with a "partial recirculate" option for the airconditioner that introduces some fresh air to prevent CO2 buildup, and maybe an "inverter only" mode for use in blackouts.
More intuitive power modes; keep "EV", "Charge" and "Save" modes, but replace "normal" mode with two options, one being a "max range" mode to automatically maximise range, and the other being a "max acceleration" mode that prioritises power output and keeps the engine idling for the fastest possible throttle response. by far the most disappointing thing about "power" mode in the wheel selector is when you stop at lights or a roundabout and the engine turns off.
Major (complex) improvements:
A bigger built-in inverter (3kw , maybe more. 10A from each 240v outlet would be perfect)
A much bigger battery (60KWh or more) so it can self-charge via the engine at peak efficiency, and provide far more power from the battery in EV mode, potentially paired with more powerful electric motors in an EVO variant.
A "charge another EV" option where you can use the outlander's petrol engine to fast-charge another vehicle (useful for roadside-assist, and families that own both an Outlander PHEV and a regular EV)
A commercially available high power portable V2L system to pair with the "charge another EV" option, to supply tens of kilowatts of AC power (3-phase) to worksites without grid access or hospitals/buildings during natural disasters. high powered diesel generators become highly sought after in natural disasters, and if an Outlander PHEV can step into that role it may be a strong selling point for any organisation that occasionally needs a 20+kw generator.
A mitsubishi-approved LPG & Natural Gas conversion kit (offered at dealerships) to enable running on both petrol and LPG and natural gas, some people have natural gas piped directly to their houses and have generators that run on methane, if future models of the Outlander PHEV had the ability to run their engine on methane/LPG to charge the battery, it'd be another great selling point, more than just a car; energy security on wheels.
Minor (easy) improvements:
AVAS to only be active when in "drive" or "reverse", it shouldn't be active when in "park" and the handbrake is on.
A tachometer would be great to recapture the "petrol feel". (completely unneccesary, but people like it, its a way to make customers happy for under $100)
A digital temperature gauge for the engine that reads directly from the block in case of coolant loss. (basically the same as "EngineGuard" temperature sensors, but without needing to be installed aftermarket).
An "efficiency gauge" that gives a rough estimate of the engine's thermal efficiency under current operating conditions so that drivers can satisfy their pathological urge to maximise efficiency. minimal cost to implement, very satisfying for customers.
A "camp mode" that turns off lights and unneccesary noise, with a "partial recirculate" option for the airconditioner that introduces some fresh air to prevent CO2 buildup, and maybe an "inverter only" mode for use in blackouts.
More intuitive power modes; keep "EV", "Charge" and "Save" modes, but replace "normal" mode with two options, one being a "max range" mode to automatically maximise range, and the other being a "max acceleration" mode that prioritises power output and keeps the engine idling for the fastest possible throttle response. by far the most disappointing thing about "power" mode in the wheel selector is when you stop at lights or a roundabout and the engine turns off.
Major (complex) improvements:
A bigger built-in inverter (3kw , maybe more. 10A from each 240v outlet would be perfect)
A much bigger battery (60KWh or more) so it can self-charge via the engine at peak efficiency, and provide far more power from the battery in EV mode, potentially paired with more powerful electric motors in an EVO variant.
A "charge another EV" option where you can use the outlander's petrol engine to fast-charge another vehicle (useful for roadside-assist, and families that own both an Outlander PHEV and a regular EV)
A commercially available high power portable V2L system to pair with the "charge another EV" option, to supply tens of kilowatts of AC power (3-phase) to worksites without grid access or hospitals/buildings during natural disasters. high powered diesel generators become highly sought after in natural disasters, and if an Outlander PHEV can step into that role it may be a strong selling point for any organisation that occasionally needs a 20+kw generator.
A mitsubishi-approved LPG & Natural Gas conversion kit (offered at dealerships) to enable running on both petrol and LPG and natural gas, some people have natural gas piped directly to their houses and have generators that run on methane, if future models of the Outlander PHEV had the ability to run their engine on methane/LPG to charge the battery, it'd be another great selling point, more than just a car; energy security on wheels.
Last edited: