C/M Safety Features. Registration

 

C/M Safety Features. Registration 

GETTING AUTO - MOTO + DESIGNS REGISTERED

Saftied + registered + insured

Mandatory safety 

EXTERIOR 

Exterior features: 

Automotive exterior lighting LED

Blinkers left right front back (turning)
Headlights - 2-5 stage
Fog lights - 1-2 stage
Stop lights - 1-5 stage

Each stage has a different brightness & sequence based in pressure applied or switch clicked in

Emergency sirens - police - fire - ambulance or general

Slimelined & lightweight plus effective in a lower cost yet advanced projected effort

Mirror treatment 

Left. Right. Center + potential camera with climate - debris cover variable for rear view 

1-3/5 stage mirrors 

Ability to integrate 360 monitoring for objects & hazards with hud heads up display at a low cost including still & moving object detection then lane spacing or equivalent with a light sound reminder more than auto drive for drivers 

Advanced mirror see through & projector technologies can be used while wire not wireless effort then contained safer wifi clouds are used separate from G wireless tower waves 

INTERIOR

Interior cab features:

Seat belts

Foam re-usable air bags

Interior lighting LED 

Digital features & working Energy + Safety & Entertainment features 


SMART ARSED ALLIC 

Don't assume your smart in a hierarchy & try to be versus natural & not try. A hybrid medium

You think is is you yet. Falling short stupid eh S S (= ass like donkey & no... )

Someone at the NB-OT Labs tried to teach me what LED bulbs are in 2025. I didn't know before 2014. New to me

- Dr Sydney N Bennett

GOVERANCE - LIGHT WEIGHT 

Due to lighter weight & higher power + performance a speed governor may be required alongside aceleration & deceleration monitoring variables then GPS motion tracking for speed limit monitoring on a digital map against use areas for Governance & safe use versus controlled environment race settings

A speed governor, also known as a speed limiter, is a device that regulates and restricts the speed of a machine, particularly vehicles like cars and trucks. It works by either automatically reducing engine efficiency when a set speed is reached or limiting the maximum RPM an engine can run. Governors can be either mechanical or electronic, with the latter using sensors and a vehicle's computer to manage the engine's functions. 

Here's a more detailed explanation:

What it does:

Limits speed:

Speed governors, especially in vehicles, are designed to prevent the engine from exceeding a preset speed.

Enforces safety:

They can be mandated by law for certain vehicles, such as buses and trucks, to ensure safe operation and adherence to speed limits.

Protects the engine:

In some cases, they help prevent damage to the engine or other mechanical components by limiting the maximum speed. 

How it works:

Sensors:

Speed limiters typically use sensors (like wheel speed sensors) to detect the vehicle's speed. 

Engine computer:

This information is then communicated to the vehicle's engine control unit (ECU), which manages various engine functions, including throttle and fuel delivery. 

Throttle control:

When the vehicle exceeds the set speed limit, the ECU restricts the amount of fuel or air entering the engine, effectively limiting power and preventing further acceleration. 

Types of speed governors:

Mechanical governors:

These use mechanical components, like flyweights and springs, to regulate the speed of a machine, often based on crankshaft speed. 

Electronic governors:

These use sensors and a vehicle's computer to manage the engine's functions and limit speed. 

Centrifugal governors:

These are a type of governor that uses centrifugal force to regulate speed, commonly found on steam engines and other machinery. 

Examples:

Vehicles:

Speed limiters are commonly found in commercial vehicles like trucks, buses, and taxis, and are also increasingly used in passenger cars. 

Generators:

Speed governors are used in generator systems to regulate the output speed and voltage. 

Industrial engines:

Some industrial engines also have speed governors to limit their maximum RPM.

WHALES NOT SKAS  (WHEEL - SKI)

"Toe-in" in vehicle alignment refers to the front wheels being angled slightly inward when viewed from above. This means the front edge of the tires are closer together than the rear edge. This configuration improves straight-line stability and reduces tire wear. 

Elaboration:

Toe-in vs. Toe-out:

In vehicle alignment, "toe-in" is the opposite of "toe-out." Toe-in has the front of the wheels pointing inwards, while toe-out has them pointing outwards. 

Benefits of Toe-in:

Improved straight-line stability: Toe-in helps the vehicle track straight and reduces wandering, especially at higher speeds, according to Alpha Car Hire. 

Reduced tire wear: Proper toe-in helps distribute tire wear more evenly, extending tire life, according to Alpha Car Hire. 

Toe-in and Rear-wheel Drive:

In rear-wheel drive vehicles, increased toe-in provides greater straight-line stability, but it can make turning less responsive, according to Wikipedia. 

Adjusting Toe-in:

Toe-in is usually adjustable in most vehicles, even though camber and caster angles are often not adjustable, according to Wikipedia. You can adjust it by altering the length of the tie rod assembly. 

CIG