Assembly: Using a rag and Isopropyl Alcohol, clean the valve cover gaskets, reed valves and mating surfaces on the valve covers and cylinder heads. This tends to rejuvenate the gaskets and makes them sticky. I have never experienced a leak and have reused the gaskets many times doing this. Now position the front cylinder’s gasket in place. Make sure it sets down all the way around the cylinder. There are tabs in the gasket that will clip around the head and two slots on the sides of the reed valve opening that the gasket must set into. Now set the reed valve back into position. The flapper must be down and positioned over the deepest part of the depression where the hole is. Double check that the gasket is in position, then position the valve cover over it, align and lower into position. Check around the cylinder that the gasket is not pinched by ensuring that how far it sticks out between the head and cover is uniform all the way around. Insert the three washers with the metal side up and the three chrome bolts back into the valve cover and torque to 104 in/lbs. Now do the same thing with the rear cylinder gasket, reed valve and valve cover. Clean the lower engine inspection plate and 2 O-Rings. Position back into place and secure with the large Phillips screw. Swing the coolant lines and thermostat housing back into position and secure with their bolts and clamps. Swing the choke cable back into position and secure with the two large Phillips screws. Insert the spark plug wires and press home. Plug the EPA Gold valve or bypass hose back onto the nipples in the valve covers. Route the coolant overflow tube back up to the thermostat housing and connect. Now move to the right side of the bike and route the carb float bowl vent tube, fuel tank vent tube(s) and speedometer cable back into position and connect. Position the air box backing plate back into position ensuring the boot is sealed around the carb’s mouth and insert the two chrome retention bolt. Tighten them down with the 10mm socket and inset the filter. Put the cover back on and tighten down it’s 10mm nut. Retrieve the upper airbox component, place into position and secure with it’s two 10mm bolts. Reinstall the fuel tank and seat. Police up the area, put the tools away and update your maintenance records.

Peugeot are rightly proud of their environmentally friendly, particle filtered little 1565cc motor. Power is a very respectable 80kW @ 4000 rpm, with noticeable low end torque of 240Nm @ 1750 rpm. The engine is turbo charged with computer controlled direct injection and is compliant with Euro Spec IV diesel. NZ diesel is coming close to Euro Spec IV by the end of the year, so no problems there.

Putting the power to the road is the job of the 5 speed manual transmission, driving the front wheels. The shift is smooth, almost—but not quite—seamless, with medium ‘throw’.

Will 307 Hatch fit in your garage? The French are good at presentation and 307 is no exception. It looks smaller than it really is. 307 is a mere 4.21m long, 1.75 wide and 1.53m high, not quite in the super mini class (it leaves that to the sister 206 and 107). The 307 Hatch is compact and, at the same time, spacious.

The Peugeot 206 GTi 180 is an exhilarating vehicle to drive that has class leading levels of performance and handling, let down slightly by an awkward driving position that takes some time to get used to.

ENGINE
Type…………………………..Inline four cylinder
Capacity in litres………………………….. 1997cc
Induction……………………………..fuel injection
Fuel recommendation ……premium unleaded
Claimed max. power…. 130kW at 7,000 rpm
Claimed max. torque…..202Nm at 4750 rpm
TRANSMISSION
Type……………………………Five speed manual
Driving wheels ………………………………..Front
Speed per 1000 rpm in top gear……32.6 kmh
WHEELS ………………………………………………
Tyres ………………………….Pirelli 205/40ZR17
Spare ……………………Inflator kit with sealant
STEERING
Type……………..Power assist rack and pinion
Turns lock to lock………………………………….3
Turning circle…………………………10.6 metres
DIMENSIONS
Mass……………………………………………1550kg
Length……………………………………….3835mm
Width (incl. mirrors1900 mm)………1673mm
Height ……………………………………….1430mm
Ground clearance (measured) …………154mm
Seating capacity…………………………………….4
Fuel tank capacity………………………………..50
TOWING
Max. towed mass (trailer plus load)…1,100kg
Max. towball download (laden trailer)………n/s
NRMA THEFT RATING
Points on 0-120 scale (high score best)………53
WARRANTY………………………….. 24 month
MANUFACTURED IN …………………France

Peugeot HDi engines

Forget everything you’ve heard about diesels. Our HDi engines are not only among the cleanest and most efficient diesels on the market, but they’re also engineered to give you smooth acceleration right across the range, and fast response when you need it.

More economy
Thanks to our second generation,multiple injection technology, saving the atmosphere won’t cost you the earth. Direct injection increases efficiency and reduces fuel consumption*. As a result, an HDi engine actually uses 20% less fuel than oldstyle,‘indirect injection’, diesel engines, cutting CO2 emissions – and your bills – by a similar amount. *Details of performance and economy for the 206 range, including CO2 emissions figures can be found in the accompanying specification and pricing leaflet.

Objectives of the SWOT analysis
This study has the objective to give an overview on the use of nanomaterials in the automotive sector and has not the goal to be exhaustive. It will give to small and medium sized enterprises (SMEs) the possibility to have a concise description of the development in this sector. For this reason no scientific detail and technological explanation are presented. Four main aspects of the industrial branch will be described in the SWOT analysis. The “Strengths” and “Weaknesses” will give information on the actual State of the Art concerning the use of nanomaterials and the “Opportunities” and “Threats” will describe future Trends and Vision in the industrial sector.

In order to give precision about the definition of the terms “Strengths”, “Weaknesses” “Opportunities” and “Threats” in relation to the project NanoRoadSME, specific questions were defined for each of the four aspects.

PEG PEREGO® thanks you for choosing this product. For over 50 years, PEG PEREGO has been taking children for an outing: first with its famous baby carriages and strollers, later with its pedal and battery operated toy vehicles.

Read this instruction manual carefully to learn the use of the vehicle and to teach your child safe and enjoyable driving. Please keep this manual for use as a reference in the future.

Our toys conform with the safety requirements provided by the Council of the EEC, of the T.Ü.V.; of the I.I.S.G. Istituto Italiano Sicurezza Giocattoli, and the U.S. Consumer Toy Safety Specification F963.

Peg Perego reserves the right to modify or change its product. Price, literature, manufacturing processes or locations or any combination of the above mentioned entities may change at any time for any reason without notice with impunity.

MAINTENANCE AND CARE