Camera with a timer interval is only one issue.

	Camera with a timer interval is only one issue. Has been significantly lighter with less battery power compared with No. 2 only in the horizontal direction and the normal operation of the device. The camera angle with the ground is done manually. You lift me well in the not so big kite. Is also easy to make. With the kite on the market you think is suitable for beginners, photo sets required for the kite can be easily Crossed to the production page I think it will be No. 1 is the basic recipe, and later become a reference for the production of this model
	Modification No. 1 Pursuit of certainty, weight saving and ease of making. Pan is a servo motor. Microcomputer control the shutter of the camera using the USB terminal. If the compact camera which also supports models can use the Ricoh CA-1 Cable Switch. GXR is a round, be careful because the size of the frame is larger than the other models. Page to production
	No. 2 It operates a series of microcontrollers dedicated camera equipped with a timer interval. After a rotation increments of 60 degrees in the horizontal direction, Change the angle of a frame in the direction of the camera is facing the ground horizontally. Repeat the act of changing the angle of the camera, and a rotation in the horizontal direction also. After the camera is facing straight down, to return to the starting state. This picture is its state. The camera was set to force a flash light-emitting, flash fires off the shutter to the time interval. Series of operations will begin to sense the light
	No. 3 This robot is fully automatic. Shutter servo motor to change from light sensors make modifications to Unit 2
	No. 4 Ricoh recently, digital camera with an interval timer, I made a No. 4 to be able to accommodate this interval can be set to 5 seconds. The total weight (except Pikabe) is 550g hanging tool begins to pick up the sound operation of the sensor when the shutter sound change has expired from the optical sensor of Unit 2 I was able to lightweight compared with No. 2 and 3.
	No. 5 The goal is to create a lightweight, inexpensive, simple, Unit 1 has been remodeled. Total weight of 360g (including camera)
	No. 6 Unit 3 has been remodeled. Was produced for the purpose of use that does not have the additional device such as an interval timer, any camera. It is also possible in the silver salt camera. If you can not set the various settings in the camera of Ricoh interval. Unit 6 is that it has to press the shutter to the orthodox structure, it is now possible to configure a variety of shooting scene. (Except the camera) 450g weight
	No. 7 Modifying the frame at the bottom of Unit 6. Muscle fiber population using bio-metal metallic new materials to drive the shutter. I was able to become a little lighter weight 380g from 450g This. Rework can be switched to operate the software, in three different one a switch. Page to production
	No. 8 Has been retrofit to (6g) ultra-compact servo motor can press the shutter as reliably, the No. 8 with BMF of unstable operation. Total weight of 350g (including camera) is unchanged with BMF Can promptly also taken to change the interval timer mounting portion servo is the speed of 30 seconds one lap until the bread is broken shutter by the servo fast-moving, all you have about 4 seconds, the sheet 8 is so easy to be removed The tilt operation is no Page to production
	No. 9 Battery use and the drive for a microcomputer circuit of the servo motor to drive the bread production, the tilt with an emphasis on lightweight to allow that Kite photo even when weak wind was able to use both the servo and the infrared to the drive of the shutter 400g (excluding Pikabe) the total weight of four AAA batteries when shared with motor with PENTAX A30 When I put the Ricoh R4 shutter servo 430g
	M_PANO_ROBOT1 Mechanistically mounted camera RICOH GX100 DW-6 wide conversion lens panoramic machine is dedicated shutter operation does not change with the No. 9 is set up like a panorama photo controlled by a PIC microcontroller, motion horizontal and vertical direction is the amount the exact behavior so that, to the battery for servo this leg of the stand using the lithium battery, in order to flashing light in weight lay for vertical camera Ricoh GX100 was to dedicated software is heavier than the camera until now You can see a larger photo Click the photo to the left like arrangement
	M_PANO_ROBOT2 CANON EOS kissx2 dedicated camera panoramic machine Lens Tokina AT-X107 DX Fish Eye 10-17mm Pan servo for total weight does not include the three book storage Pikabe microcomputer circuit board and battery case into four AAA batteries controlled by a microcomputer, including 360-degree shutter operation using a servo that is reflected in the 1250 g Gundam, your panoramic shot of Odaiba in this model
	This is to allow aerial even when the breeze that does not lifted only Ranked # the camera body, is the stuff of just bending the aluminum plate, rather than something I say rig is a rig ultra-light was all high microcomputer, a motor, etc. However, the camera tilt angle Those who need Be the first to start a kite photo can also Increasing flexing or at what stage 3 may be using this camera with the interval function
	Arduino_Rig I used the finished product is a form of open source microcontroller board that ARDUINO (Arudouino) of this rig, but until now this time was using the PIC microcontroller chip to. Improvements were part of the frame can be removed at the top portion of the Pansabomeka. Somewhat less compact at the time of the move by this, Well now if only the lower frame when recombinant production camera. But this is meant to be also equipped with tilt operation CANON EOS-X2, You can easily rig If you only pan operation. Photos and Description of the microcomputer large 此方 is
Click on this photo. To a new page	Iphone_Rig Iphone can be equipped with simple Rigusabo of the topic, the microcomputer is not mounted, can now be set in line with the simple one-touch. If you can handle freely kite, If you have a Iphone is, Will be able to participate in the world of kite Photo anytime soon. When you see the two photos, I think that can be produced without the need for description, etc.