Cookies used in this website are gluten free, wheat free and dairy free. By using this website you agree to our use of cookies. More Info
Guest
Login Below
Join Us On Social Media!
   
Get The Model Boats App!
Apple App Store
Android app on Google Play


Help Support This Website
£
or enter custom amount

(Non Contributor)

Help support this free
website and donate.



£285 a year is needed to keep the website and apps online. Please consider donating £5 or more to help towards these fees.
All donations are securely managed through PayPal. Amounts donated are not published online.

Many thanks for your kind support.

Model Boats Website Team


Donation History
January 2019: 14 people
December 2018: 6 people
November 2018: 11 people
October 2018: 9 people
September 2018: 13 people
August 2018: 5 people
July 2018: 8 people
June 2018: 8 people
May 2018: 7 people
April 2018: 19 people


Unique Visitors This Month

Website Members

Terms and Conditions
Privacy Policy
Advertising
Contact


Model Boats Website
Active Users (81)
Login or Register
To Remove This Ad

Login or Register
To Remove This Ad
>> Home > Tags > lighting

lighting
lights
navigation light
searchlight
lighting
Holy SMOKE !! Video, Tin Can Madness by RNinMunich Fleet Admiral!   Posted: 2 days ago
Hi Joe, When you click on the Media File icon have you ever noticed the [Download] button in the top left corner of the media window!!?? 😲 Click on that and you are given the choice to Open or Download the file 😉 BTW: to answer your question above - No scale railway at all! I intend to use the loco smokers in RC conversions of 1/350 scale plastic navy ships, such as; HMSs Ark Royal, Colossus, King George Fifth, Prince of Wales, Exeter, and KMSs Bismarck and Graf Zeppelin. As well as RMS Titanic and my 1/128 HMS Belfast and Graf Spee. Two more perhaps for my Southampton tug. Have used them in the dim and distant past for my 1/72 scale RN destroyer. Built a little RC pulse decoder using CMOS chips followed by a transistor driver to switch a relay supplying the smoker coil. See pics of self etched decoder board. The other three outputs are for various lighting effects and destroyer 'Whoop whoop' siren. 30 years old now and still going 😊 The smokers work pretty well just using the capillary action of the thin glass feeder tubes. So no wick to come into contact with a a hot wire coil 😊 They were mounted on a bridge across the cap of a large spray can which I used as the oil tank. Exhaust used the chimney effect of a 10mm alu tube running up the funnel. I'm also still pondering how to turn the usual white steam/smoke black! Cheers, Doug 😎

Cracked Battery! by RNinMunich Fleet Admiral!   Posted: 8 days ago
Hi Ed, NOT 40 bucks each I hope😲 I use the Yaesu SLAs, not expensive and last for years as they are designed for use in long term applications, such as emergency lighting system, remote instrumentation systems etc. Cheers, Doug 😎

LED Nav. Lighting by Joe727 Captain   Posted: 10 days ago
Two days ago I put what I hope is the final paint on the hull, hatch and misc. parts. I like to let it sit for several days to cure, especially in cooler weather. I took the time to work out LED navigational lighting for my Brooklyn Tug and got that installed. I will photograph that tug later. Back to the springer tug, I had difficulty finding a good mounting spot for the starboard and port lighting so I decided to raise it on a light bar. Photos show the styrene structure in progress which will have the green and red side lights and a single white light on the top center post. Worked out the resistor values to reduce current and work off of my 6 volt supply, then soldered as shown. Fed the assembled LEDs through the plastic rectangular tunnel I created. The one photo I took with the red LED turned on is so bright that the camera just picked up a bright spot. I may have to reduce brightness but will test out in daylight first.... These LEDs are very bright and are 360 degree view! Ordered from "superbrigntleds.com" in order to get the full 360 as the ones at the local store were very limited to 18 to 60 degrees. Ordered red, green and white and they arrivedin about four days, great service. I have used this company several times and am happy with them, good to know. More to come, Joe

Cabin detail part 3 (instrument panels) by mturpin013 Fleet Admiral!   Posted: 17 days ago
After the Christmas break its back to the cabin to finish some of the instrument detail. You may recall I detailed the cockpit with some ply constructions to represent the general layout; I also intend to detail the compass, throttle controls, steering wheel, panel lighting, and instrument panel. The instrument panel was copied and scaled from various drawing and pictures and I came up with a three-panel unit where panels 1 & 3 are identical as they are for the two-engine managements system the centre panel deals with electrical things. I intend to make the panel out of 1.5 mm aluminium cut to size on the guillotine I then attached this to a hardwood block with some strong double sided tape this will be more than strong enough to hold the piece for the drilling/light milling operation. I worked out the hole positions using an absolute datum (same as CNC work, if only I was still working) This does take some time using my rather old milling machine making sure any backlash is taken out during the 28 linear movements. I used various sizes of centre drills to produce the holes as they give not only accurate size but also perfectly round holes on thin material and the only ones that needed to be a particular size (6mm dial holes) the others are for switches and LEDs which can all be a 3 mm location hole. Each hole was drilled and then chamfered to simulate a bezel on the dials. Finally, I milled a shallow groove (2mm x 0.3 deep) to simulate the separate panels. I have copied a number of different marine dials from the internet and using PowerPoint I aligned in a complete group and then printed and laminated them, this will be placed behind the aluminium plate using double-sided tape. Having fixed the dials in place I drilled through the holes where LEDSs will fit. The LEDs will be shortened and polished so they are flat to the face; these are then stuck in place. Next, I made all the switches from brass bar with a fine brass pin glued across its face to simulate the lever. These were painted gloss black and the centre pin picked out in red, they were then glued into the 3 mm location hole. The black knobs/pull switches were turned out of black Perspex and polished; they were then glued into the location holes. The whole instrument panel is then pinned on to the wooden framework which has been left in natural wood finish (ply) as it looks like the original boat was just a varnished ply finish.

Pilot House Structure by Joe727 Captain   Posted: 18 days ago
Hello, I was not happy with the pilot house and substructure location toward the rear of the tug, that was when I was considering a tug ferry. Repositioned now to the more traditional tug front location. Cut up the old structure and am reworking it. Photos show the progress from last night and today, very time consuming, but I enjoy working with styrene. Lost some time fooling around with some LED nav lighting, but I did not have all of the required sizes and colors, maybe later after sea-trials. Hopefully I will wrap up the details in the next week and get on to final paint. Inside mechanical and electronics are complete. More tomorrow. Regards, Joe

Deck, servo mount by Joe727 Captain   Posted: 27 days ago
Put together a pilot house based on some tugs I've seen. Just freelanced it as I went. I build a lot with styrene so I am used to just cutting and building. I use liquid styrene cement that fuses the materials together. See photo, will trim it out as I mount it, need to add some detail at roof and some Navigational lighting. Put on on 3mm plywood deck, same as hull bottom. The deck is also curved (proper term is SHEAR) and I started to build up some wood edge at the opening. Will sand everything well, then start sealing and priming all surfaces. Made a bracket for the rudder servo mount and an adjacent platform for the ESC and RX. Ordered two 6v 5ah SLA batteries. I will wire in parallel to stay with 6v and get 10ah. I like to stay with 6 volts as I want the motor to run slow like a tug should. Will wire in an in-line fuse. Haven't decided where I will put switch, up high somewhere to avoid water. I will show the wiring once I get to it. This build is going fast because it's a simple design, just what I was looking for. I work on it late afternoons and into the evening while I watch basketball games. About 4 hrs a day. Looking forward to building the hatch and getting some primer started tomorrow. Regards, Joe 👍

Brooklyn Steam Tug by Joe727 Captain   Posted: 1 month ago
[Score: 8/10] 36"/11900g Brooklyn Steam Tug Capable of 3mph and a runtime of 120mins Single Propellor (4 Blade 100mm) Geared to a 550 dc (4 Blade) Powered by Lead Acid (6v) 15Amp/h Batteries Controlled Through Tamar T15 (5Amps) ESC - Comments: I built this from a Dumas Tug Kit, nice kit with lots of detail. Two SLA batteries provide ballast along with lead weight. Actual battery rating is 2 x24 = 24ah..... Gearing is from an older type model aircraft type. ESC is a marine type, forward, backward drive, big 4" Dumas prop. This tug is back in dry dock for addition of led navigational lighting. The initial build was undertaken while I was battling stage 4 cancer, it keep my mind occupied during chemo and surgery recovery, stayed positive! Model building is very meditative to me, try it if you have't, Have fun. Photos to come once out of dry dock.

RNZAF W1 by jbkiwi Commander   Posted: 2 months ago
[Score: 5/10] 36"/2900g RNZAF W1 Capable of 10mph and a runtime of 40mins Twin Propellors (3 Blade 25mm) Direct Drive to a TGY 28/45 2000KV INRUNNER (3 Blade) Powered by LiPoly (7.4v) 2Amp/h Batteries Controlled Through CHINA (5Amps) ESC - Comments: 36" Scratch built model of RNZAF W1, a British Power Boat 64ft HSL. Has twin brushless motors, twin ESCs, twin sound units, water cooling pump, full lighting and r/c switches for lights and pump. Took approx 5 yrs to buid on and off. hull is strip planked and f/glassed, deck is ply, wheel house is balsa.

Tarpon hardware help by RNinMunich Fleet Admiral!   Posted: 2 months ago
Hi Gordon, "the boat is to be a present for my son. He works abroad for long periods and I reckon a lead acid would go flat beyond recovery." In that case an SLA (especially the types produced to power alarm and emergency lighting systems) would be your best bet. They can be left on trickle charge indefinitely. Two 6V in series might be better than one 12V to help with trimming out the boat. I use a pair of 6V 3Ah (about 600gm each) in my 135cm destroyer and 107cm submarine. They run for hours if I don't keep the pedal to the metal all the time. 😉 Back home I stick 'em on the trickle charger and leave 'em until the next outing. They've lasted my several years so far. Much longer than my NiMhs. An NiMh looses approx 1% of it's charge per day. So, assuming it starts fully charged, in 3 months or less it would be in Deep Discharge and have joined the Dodos😭 Cheers, Doug 😎

All hooked up, nowt happens... by rapidair65 Seaman   Posted: 2 months ago
Hi Doug I’m using 2 x12v SLA wired through an action electronics parallel board to give 12v. I hope to feed the power through the existing action electronics fused power distribution board which will feed the two esc and all my on board lighting, radar scanner etc. Cheers Selwyn

Leilah Marie by Purser1944 Chief Petty Officer   Posted: 2 months ago
[Score: 8/10] 48"/2000g Leilah Marie Capable of 10mph and a runtime of 60mins Twin Propellors (3 Blade 55mm) Direct Drive to a GHD (3 Blade) Powered by LiPoly (7.4v) 5Amp/h Batteries Controlled Through Hobbyking (20Amps) ESC - Comments: Fibreglass hull and top.deck is hand laid planking with black card in between to simulate caulking.props are prop shop three blades at 55mm each working radar and search lite. Mainmast lights consist of white over red, learned this very early in my career first thing you see when pilot comes aboard is his white hair, followed by his red nose..... full lighting system. Plus nav lights

James w. Crawford by Purser1944 Chief Petty Officer   Posted: 2 months ago
[Score: 5/10] 56" James w. Crawford Capable of 4mph and a runtime of 100mins Twin Propellors (4 Blade 55mm) Geared to a Hectaperm 6 volt (4 Blade) Powered by Lead Acid (6v) 10Amp/h Batteries Controlled Through Viper 15 amp 2 no (10Amps) ESC - Comments: Scratch built. 56 lighting bulbs,2 bright led search lights all Xmas tree lights can be made for commands. Working radars etc. Vessel belongs to C.C.G.S. Used for buoy maintenance,and ice breaking,surveys etc.

Equipment wire by RNinMunich Fleet Admiral!   Posted: 3 months ago
Redundant computer ribbon cables are also a good source, providing many colours. Even the connectors are useful for non essential stuff like lighting. 😎

USCG POINT GLAS by Inkoust Fleet Admiral!   Posted: 3 months ago
The 70-year US Coast Guard semi-deck. All-metal construction, 2 x MIG 480 motor, standard servo, model illuminated on two circuits. One light mast, position lights and cabin. The second lighting circuit in the hull of the ship and the outdoor lighting around the superstructure. There are no labels on the model yet, I'm waiting for the fabrication. Battery 1 x LiPol 4000 mA. The total construction took me half a year. I made the hull made of laminate from my friend in Slovakia. The superstructures themselves are made of laminated boards. Part of the light bulbs are 6V lamps and the strobe with positional lights are the LEDs of the light triggering through two RC switches.😉

USCG POINT GLAS by Inkoust Fleet Admiral!   Posted: 3 months ago
[Score: 8/10] 27"/2600g USCG POINT GLAS Capable of 11mph and a runtime of 80mins Twin Propellors (4 Blade 25mm) Direct Drive to a MIG 480 (4 Blade) Powered by LiPoly (7.4v) 4Amp/h Batteries Controlled Through DSYS 72A ESC - Comments: The 70-year US Coast Guard semi-deck. All-metal construction, 2 x MIG 480 motor, standard servo, model illuminated on two circuits. One light mast, position lights and cabin. The second lighting circuit in the hull of the ship and the outdoor lighting around the superstructure. There are no labels on the model yet, I'm waiting for the fabrication. Battery 1 x LiPol 4000 mA.